Data visual – Open Dice http://opendice.net/ Sun, 05 Dec 2021 17:04:04 +0000 en-US hourly 1 https://wordpress.org/?v=5.8 https://opendice.net/wp-content/uploads/2021/10/icon-6-120x120.png Data visual – Open Dice http://opendice.net/ 32 32 Visual Arts Commentary: NFT Art – Selfless Creativity or Investment Strategy? https://opendice.net/visual-arts-commentary-nft-art-selfless-creativity-or-investment-strategy/ Sun, 05 Dec 2021 13:59:44 +0000 https://opendice.net/visual-arts-commentary-nft-art-selfless-creativity-or-investment-strategy/ By Mark Favermann Clearer minds conclude that there will be plenty of cultural space for physical art and this new, highly monetized digital art. Fabin Rasheed, “Schrodingers Box”, 2021-1 When I first read about NFTs, I thought they didn’t make much sense. A few weeks later, my millennial daughter asked me if I knew anything […]]]>

By Mark Favermann

Clearer minds conclude that there will be plenty of cultural space for physical art and this new, highly monetized digital art.

Fabin Rasheed, “Schrodingers Box”, 2021-1

When I first read about NFTs, I thought they didn’t make much sense. A few weeks later, my millennial daughter asked me if I knew anything about them. I asked around, read, and started to learn about NFTs. It turns out that an NFT is a digital asset that only exists in the digital universe. You can’t touch it, but you can own it. An NFT can be any type of digital file, including a work of art, article, photo, music, or even a meme, such as “Disaster Girl,” whose original photo has sold. $ 500,000 in April of this year. This NFT is an image of four-year-old Zoë Roth looking at a house on fire in 2005. It was the first of several high-priced NFT sales. NFT stands for “Non-fungible Token”. A “fungible token” is a $ 20 bill that can be exchanged for four $ 5 bills and therefore always has the same value. Therefore, a $ 20 bill is a fungible token.

A non-fungible token is a single, non-interchangeable unit of data stored on a digital ledger. NFTs can be associated with easily reproducible elements, such as photos, videos, audio, and other types of digital files. But NFTs are unique items. Public proof of individual NFT transactions must be connected via blockchain technology (Block chain.com). This is a type of database that was invented in 2008 for the purpose of recording the movement of cryptocurrency, usually Bitcoin.

Kidmograph’s ‘Glass Prison’, 2020.

NFT art is a new way of categorizing digital artwork that allows artists to monetize their creations. A relevant question: how does valuing a physical work of art compare to valuing a virtual work of art? It turns out that the value of NFTs and crypto art is based on the value of the cryptocurrency. NFTs are sold on the basis of Ether or Ethereum. Ethereum is translated into monetary value. For example, if an NFT sells for 2 Ethereum, that would translate to around $ 2,255 at the moment. If the speculative value of Ethereum drops, so does the value of the artwork.

Today, digital art has grown into a billion dollar business, with everyone from Paris Hilton to Damien Hirst trading “non-fungible tokens.” But many art lovers are wary: Could NFTs just be a get-rich-quick scheme masquerading as legitimate cultural consumption? Are NFTs works of art? Or are they just products made to meet the growing appetite for digital consumerism? Is this just the latest cynical fad for some to earn absurd amounts?

Part of the appeal of NFT – and the challenge it poses to the established business model of the art world – is that a Google search can locate and download the file associated with an NFT for nothing. Researchers can also store the image on their phone or computer. Only the owner has the right to sell it.

One downside to NFTs is that it is very easy for speculative buyers to return works of art by quickly reselling them for a profit. Anyone can buy an NFT; prices are listed as a public matter. Every time an NFT is resold, its creator also makes a profit. This system has merit: the practice of continual royalty is sorely lacking in today’s world of (physical) art. Throughout history, artists have felt unfairly excluded when their works are resold in secondary markets.

For those who want to explore the art that exists in the virtual, an irresistible current exposure (until December 19) at the Boston Cyberarts Gallery focuses on some international artists who make NFTs. Beginnings² includes the first NFT works of art (from the collection of Cryptographic Art Museum) with the first works of computer pen plotter from the collection of Anne and Michael Spalter.

“The fountain” from issue 41, 2020.

The exhibition was curated by the founding director of the arts and technology organization, George Fifield. In his description of the exhibit, he explains that the high level of suspicion that greeted the sudden explosion in cryptographic art (NFT art) parallels the reaction of early artists who dug into code and used computers. to create art. The art world has not understood that code can, in the right hands, serve as a creative medium. At present, NFT artists are untrustworthy as the ownership is based on a speculative currency. In addition, the creation of this currency requires excessive amounts of energy. Yet for Fifield, crypto art is a legitimate medium, and the artists in this exhibit are among its imaginative pioneers, the first to investigate this new form.

Beginnings² features a mix of computer artists and crypto creators. Members of both groups must be qualified as leading artists. These include Arc4g, Collette and Charles J. Bangert, Harold Cohen, Eceertrey, Fractal Encrypt, Jean Pierre Hebert, Jivinci, ilan katin, Kidmograph, Espen Kluge, Manfred Mohr, Frieder Nake, Jon Noorlander, Number41, Fabin Rasheed, thesarahshow , Edward Zajec. Computer art is by established figures in the field while, for the most part, NFTs are by emerging artists.

“Close-up on the Minotaur” by Jean-Pierre Hébert, 1997.

Some of the most extraordinary pieces in the exhibition are as satisfying as any powerful work of art. That of Jean-Pierre Hébert (1939-2021) Close-up on the Minotaur is a wonderfully elegant and intricate design. An engineer by training and by profession (he worked for IBM in France), Hébert began his career in computer art in 1978. Fountain by number 41 (minted in June 2020), is a spectacular animation. Like all of the pieces in Number 41, this clever moving image reflects something he has experienced in his life. Visually, it focuses on the theme of rise and fall: feelings initially full of joy, color, beauty and excitement deteriorate over time and eventually die. A gallery viewer commented that the image looks like a pyramid throwing up a rainbow! The visuals are a tribute by the artist to Pink Floyd’s The dark side of the moon blanket. Argentinian artist Kidmograph’s Glass prison, minted on October 5, 2020, is a see-through animation in which a human’s head is trapped in what looks like a prison of rotating stained-glass windows.

As for the future of crypto art, its advocates believe that NFTs pose a serious challenge to the often bewildering monopoly that shopping malls have long held over the art trade. A major question: is crypto art – in the form of NFT – an act of selfless creativity or an investment asset? Its supporters envision a brave new future where physical works of art will be replaced by their digital counterparts. Clearer minds conclude that there will be plenty of cultural space for physical art and this new, highly monetized digital art.


Urban designer and public artist, Marc Favermann has been deeply involved in branding, improving and making more accessible parts of cities, sports venues and key institutions. Also an award-winning public artist, he creates functional public art as civic design. Designer of the renovated Coolidge Corner Theater, he is a design consultant for the Massachusetts Downtown Initiative Program and, since 2002, has been a design consultant for the Red Sox. Writing on urban planning, architecture, design and the fine arts, Mark is associate editor of Artistic fuse.


Source link

]]>
5 Ways To Use Mind Maps For Visual Blogging https://opendice.net/5-ways-to-use-mind-maps-for-visual-blogging/ Fri, 03 Dec 2021 14:00:00 +0000 https://opendice.net/5-ways-to-use-mind-maps-for-visual-blogging/ A blog post with blocks of plain text can hardly grab the current audience and hold their attention until the end. Instead, visual blogging or visual content is able to deliver better reader engagement and better responses. While building a visual blog takes more effort than just a blog post, a mind map can take […]]]>

A blog post with blocks of plain text can hardly grab the current audience and hold their attention until the end. Instead, visual blogging or visual content is able to deliver better reader engagement and better responses.

While building a visual blog takes more effort than just a blog post, a mind map can take your work off a lot.

Let’s take a look at the steps of creating a visual blog where you can incorporate a mind map.

1. Use mind maps to catalog resources

An image showing the cataloging of resources using a mind map

To write a resourceful blog, you need to collect your material from a variety of sources. In most cases, you should also include quotes at the end of your blog post. This process can be easy when writing a 500 word blog post, but what about a blog post over 2000 words?

You need to collect data for this blog from various primary and secondary resources. Keeping track of this information and its sources can be difficult. Fortunately, a mind map is a practical solution.

This method will help you sort ideas based on their sources, using either the full URL or just the name of the website. With this, you can easily include references or quotes in the text.

Related: The Best Tools For Writers To Create Engaging Content

2. Put together appropriate quotes with mind maps

Quotes are a visual element of the blog that makes it eye-catching. Depending on the style, some blogs may require you to add multiple quotes on the same topic or on different topics.

Either way, using a mind map will help you view your top quotes in one place and save you having to switch between different sites. So, it becomes easier to choose the latest for your blog.

VIDEO OF THE DAY MAKEUSE

Additionally, a mind map is also useful when writing quote-based blogs where you need to add quotes lists.

3. Mind maps can help you design infographics

A mind map showing blog planning infographic

An infographic is probably the most common part of a visual blog. You can describe your ideas in detail in a blog post, but a reader may not have the patience to read to the end.

In that case, including an infographic will help you convey your blog’s crucial data and information clearly, without spending so many words. Readers can quickly figure it out through the visual representation of data and statistics.

Since an infographic should only contain crucial data, a mind map will help you filter out the necessary points. Create a mind map and include all the important information from a blog. Then select only the most beneficial.

Additionally, you can use a mind map to create different sections of an infographic and sort the data for each segment.

4. Create flowchart mind maps to explain the process.

A flowchart refers to a diagram that helps you visualize the individual steps in a process. If you plan to write a blog that involves a timeline or sequence, a flowchart is a required part of it.

Mind maps don’t always have to be spider-shaped. It is possible to create a right-facing mind map, a perfect substitute for the traditional flowchart. For blogging about historical events or scientific processes, you should use a mind map to jot down annual events or milestones sequentially.

The good thing is that you can include these flowchart type mind maps in your blog as well. This will give readers a better idea of ​​the process.

5. Organize your ideas with mind maps

A mind map for ideation

When you decide to blog on a topic and start thinking, many ideas come to mind. At this point, you might not know which ones to include and which ideas to eliminate.

Still, you need to jot down each idea to make sure you don’t miss a thing. Use a mind map for this purpose when creating an outline for a blog.

Sophisticated mind mapping tools let you write down an idea immediately after it comes to mind. Later, you can move the points anywhere on this map. This feature will help you organize your thoughts into topics, subtopics, and related ideas on the main concept.

Use mind maps for engaging blogs

Only a visual blog can get you the readership and response you want. With a mind map, you can simplify all the different stages of starting a blog.

Besides visual blogging, you can also use mind mapping for other daily life tasks for better productivity.


Concept mapping application illustration
10 Ways To Use Mind Mapping Technique For Exponential Productivity

The mind mapping process can help you overcome the never-ending struggle to stay productive. Here are 10 practical ways to use it!

Read more


About the Author


Source link

]]>
Using the portable ERG to measure visual function in glaucoma https://opendice.net/using-the-portable-erg-to-measure-visual-function-in-glaucoma/ Wed, 01 Dec 2021 05:04:30 +0000 https://opendice.net/using-the-portable-erg-to-measure-visual-function-in-glaucoma/ Reviewed by Yvonne Ou, MD The retina contains many subtypes of ganglion cells that respond to different stimuli. For example, some types are more sensitive to gradations or contrast, some respond to movement or specific directions, or local outlines. “When all of this information is put together,” explained Yvonne Ou, MD, “the retina can process […]]]>

Reviewed by Yvonne Ou, MD

The retina contains many subtypes of ganglion cells that respond to different stimuli. For example, some types are more sensitive to gradations or contrast, some respond to movement or specific directions, or local outlines.

“When all of this information is put together,” explained Yvonne Ou, MD, “the retina can process all of the visual information presented.”

In addition to these subtypes, retinal ganglion cells (RGCs) can be classified into centered or off-center types. Off RGCs respond to decreases in light and RGCs to increases in light, 1 according to Ou, academic director of the Glaucoma division and vice president of postgraduate training in the Department of Ophthalmology at the University of California at San Francisco .

Experimental studies on glaucoma have demonstrated that preferential damage occurs in off RGCs in terms of synapse loss, dendritic retraction and RGC responses. “We believe that there is a selective vulnerability of alpha-off-transient RGCs in glaucoma, which has been identified in mice,” she said.

The next step was to find out what is going on in humans. It seems that the off cells are providing clues to the continued damage of glaucoma in the retina, the so-called canary in the coal mine.

“Are the active cells charcoal miners, that is, very hardy and resistant, and less susceptible to glaucomatous damage?” She asked, which then took her to the next step, assessing visual function.

Visual field tests are subjective, uncomfortable, and difficult for patients. In addition, they require expensive equipment. Ou suggested that using an objective measurement of visual fields with a portable electroretinography (ERG) machine may be a better mousetrap to identify any changes in the RGC on and off pathways.

“The activation and deactivation pathways have been explored with other ERG modalities in glaucoma and there is some evidence that a flicker stimulus can separate the activation and deactivation pathways in mice and possibly be in nonhuman primates and humans, ”she said.

We reported on a study in which a mouse model of genetic glaucoma had a reduced ERG response to a flicker stimulus that was most noticeable at the higher frequencies.

“We found this particularly interesting as it suggested that the off-trail is more vulnerable,” she said.

A new look at ERG

This technology is not currently the standard of practice for assessing visual function in patients with glaucoma due to the need for corneal electrodes, the equipment is cumbersome, and the exam takes time.

When examining the practical application of the portable device in the clinic, Ou and his colleagues questioned whether the portable ERG can objectively detect the relative changes in the on and off pathways.

In their study, the investigators tested the photopic flash, the flicker stimulus, the negative photopic response, and the custom sine wave stimulus, the latter of which is a sine wave at varying frequencies ranging from 50 to 0.3 Hz. The study included 59 eyes in the glaucoma group and 19 control eyes; the average age of the participants was 69 years. The demographic characteristics of the two groups were similar. The ERG response was measured using the RETeval device (LKC Technologies. Participants received upper and lower sinusoidal rate stimuli and the data was analyzed.

Or demonstrated the sinusoidal response obtained from controls and patients using both 25 and 5 Hz frequency stimuli. She reported that at 25 Hz there was a marked decrease in ERG amplitudes in patients with glaucoma in relation to witnesses. However, at 5 Hz, no difference was observed between the 2 groups.

“Quantification of the ERG response as a function of the frequency of the sinusoidal stimulus showed separation between controls and patients with glaucoma, especially at the higher frequencies,” Ou said. “When we evaluated the percentage difference from the controls, we saw about a 20% to 25% reduction in the highest frequencies in the amplitudes of the ERG. “

When asked about their opinion of the portable ERG test compared to the standard visual field test, 55% of patients reported no discomfort during the test, compared to 27% of patients who reported no discomfort with the test. visual field test.

“When evaluating the activation and deactivation pathways using a novel stimulus and a portable ERG device in glaucoma patients compared to controls, the portable ERG using a sinusoidal stimulus can provide an objective assessment that demonstrates greater off-pathway sensitivity in glaucoma, ”concluded Ou.

Yvonne Ou, MD

E: yvonne.ou@ucsf.edu

This article has been adapted from Ou’s presentation at the 2021 Virtual Meeting of the 25th Annual Glaucoma Symposium. She has no financial interest in this matter.

The references

1. Ou Y, Ullian EM, Wong ROL, et al. Selective vulnerability of specific types of retinal ganglion cells and synapses after transient ocular hypertension. J Neurosci 2016; 36: 9240-9252.

2. Harazny K, Scholz M, Buder T, et al. Electrophysiological Deficits in the DBA / 2J Mouse Retina. Doc Ophthalmol Adv Ophthalmol 2009; 119: 181-197.


Source link

]]>
Study Finds Dyslexia Could Cause Visual Impairment As Well As Reading Impairment, Health News, ET HealthWorld https://opendice.net/study-finds-dyslexia-could-cause-visual-impairment-as-well-as-reading-impairment-health-news-et-healthworld/ Mon, 29 Nov 2021 06:26:00 +0000 https://opendice.net/study-finds-dyslexia-could-cause-visual-impairment-as-well-as-reading-impairment-health-news-et-healthworld/ Children who suffer from dyslexia going through visual problems as well as coping with reading disabilities. The readings were published in the ‘JNeurosci Journal‘. He was the first to combine new methods to understand visual processing and brain activity in dyslexia, challenged a group of children aged six to 14 to identify the average direction […]]]>
Children who suffer from dyslexia going through visual problems as well as coping with reading disabilities.

The readings were published in the ‘JNeurosci Journal‘.

He was the first to combine new methods to understand visual processing and brain activity in dyslexia, challenged a group of children aged six to 14 to identify the average direction of motion of a moving mass of dots, while their brain activity was measured.

It was found that children with dyslexia took longer to gather visual evidence and were less precise than their typically developing peers, and that the differences in behavior were reflected in the differences in brain activity.

Although reading ability is known to be affected by dyslexia, researchers still do not know which brain processes are affected by the condition. A better understanding of this could potentially lead to more effective support for those affected.

Dr Cathy Manning, Principal Investigator in the Autism Center to Reading University, said: “These results show that the difficulties faced by dyslexic children are not limited to reading and writing. Instead, as a group, dyslexic children also show differences in the way they they process visual information and make decisions about it. “

“Future research will be needed to see if these differences in visual processing and decision making can be shaped to improve reading ability in affected children, or provide clues to the causes of dyslexia,” added Cathy.

Monitoring brain activity using EEG in the study showed that activity synchronized to the central parietal regions of the brain involved in decision making increased steadily in all children during the task until ‘they make a decision. However, this happened more gradually in dyslexic children.

The study supported a link between the treatment of movement and dyslexia, although the causes are not yet known.

Whether dyslexia is basically a visual processing disorder is hotly debated among researchers. With reading and writing being a major challenge in dyslexic children, a better understanding of its effects on the brain could help us improve existing interventions.


Source link

]]>
Unveiling Expansion Outlook of Military Aircraft Visual Docking Guidance System Sales Market Over the Period 2021-2027 https://opendice.net/unveiling-expansion-outlook-of-military-aircraft-visual-docking-guidance-system-sales-market-over-the-period-2021-2027/ Thu, 25 Nov 2021 11:33:02 +0000 https://opendice.net/unveiling-expansion-outlook-of-military-aircraft-visual-docking-guidance-system-sales-market-over-the-period-2021-2027/ Growth Analysis Report on ‘Military Aircraft Visual Docking Guidance System Sales Size | Industry segment by Applications (Fighter, Rotorcraft, Military Transport, Regional Aircraft, Trainer, Military Aircraft Docking Visual Guidance System Market is analyzed and market size information is provided by regions (countries) Segment by Application, The Military Aircraft Visual Docking Guide System market is segmented […]]]>

Growth Analysis Report on ‘Military Aircraft Visual Docking Guidance System Sales Size | Industry segment by Applications (Fighter, Rotorcraft, Military Transport, Regional Aircraft, Trainer, Military Aircraft Docking Visual Guidance System Market is analyzed and market size information is provided by regions (countries) Segment by Application, The Military Aircraft Visual Docking Guide System market is segmented into North America, Europe, China, Japan, Southeast Asia, India and other regions. and Advanced Visual Docking GuidanceSystem), Regional Outlook, Market Demand, Latest Trends, Military Aircraft Visual Docking Guidance System industry share sales and revenue by manufacturers, company profiles, growth forecast – 2025 Analyzes the current market size and the upcoming growth of this industry over the next few years.

The Military Aircraft Visual Docking Guidance System sales industry research report 2020 provides comprehensive market size and share data on an international level. It provides the latest sales data, enabling you to identify growth driving sectors and discusses key segments, regional breakdowns, market size and share, current trends and strategies, forecast market landscape. total and growth opportunities for the future.

The Military Aircraft Visual Docking Guidance System sales market outlook provides an in-depth analysis of current issues facing the industry along with current facts and statistics on production and application in the market. It covers a detailed overview of the various market growth catalysts, restraints, future forecasts, and trends.

Request a copy of this report @ https://www.nwdiamondnotes.com/request-sample/82226

Key players:

  • ADB SAFEGATE ADD A PAGE INDUSTRIES AVIMAR FMT Honeywell Safedock

Military Aircraft Visual Docking Guidance Systems Sales Market Assessment

The study of is a comprehensive analysis of the various factors that are likely to influence the growth of the market. Historical and current market trends are taken into consideration while predicting future market prospects.

Investors, stakeholders, emerging and well-known players can influence the data included in the report to develop impactful growth strategies and improve their position in the current market landscape. The report provides an in-depth assessment of the micro and macroeconomic factors expected to impact the military Aircraft Visual Docking Guidance System sales growth.

Global Military Aircraft Visual Docking Guidance Systems Sales Market Size by Type

  • Visual mooring guidance system and advanced visual mooring guidance system

Global Military Aircraft Visual Docking Guidance Systems Sales Market Share by Applications

  • Fighter
  • Rotorcraft
  • Military transport
  • Regional aircraft
  • Coach
  • The Military Aircraft Docking Visual Guidance System market is analyzed and information on the market size is provided by the regions (countries). Segment by application
  • Military Aircraft Visual Docking Guidance System market is segmented to North America
  • Europe
  • China
  • Japan
  • South East Asia
  • India and other regions.
  • By company
  • BAD SAFEGATE
  • ADD AN INDUSTRIES PAGE
  • AVIMAR
  • FMT
  • Honeywell and Safedock

The main regions and countries covered in this report are:

North America (United States, Canada and rest of the countries)

Europe (Germany, United Kingdom, France, Netherlands, Italy, Spain and the rest of the countries)

Asia-Pacific (China, Japan, Korea, India and rest of the countries)

Middle East and Africa (South Africa, Israel, United Arab Emirates and rest of the countries)

South America (Brazil, Colombia, Argentina and the rest of the countries)

Table of contents for Market shares by application, research objectives, market sections by type, and forecast years considered.

Military Aircraft Visual Docking Guidance System sales market share by key players: here the capital, revenue, and price analysis by the company are included along with other sections such as blueprints development, the areas served, the products offered by the key players, the alliance and the acquisition and the Distribution head office.

Global Growth Trends: Industry trends, growth rate of major producers, and production analysis are the segments included in this chapter.

Market Size by Application: This segment comprises a consumption analysis of the Military Aircraft Visual Docking Guidance Systems sales market by application.

Military Aircraft Visual Docking Guidance System sales market size by type: It includes analysis of product value, utility, market percentage and production market share by type.

Manufacturer Profiles: Here, the major players in the global Military Aircraft Visual Docking Guidance System sales market are studied on the basis of sales area, key products, gross margin, revenue, price and from production.

Military Aircraft Visual Docking Guidance System sales value chain and sales channel analysis: it includes analysis of customers, distributors, market value chain and sales channels .

Market Forecast: This section focuses on production forecast and production value forecast, major producers forecast by type, application and regions

Request customization on this report @ https://www.nwdiamondnotes.com/request-for-customization/82226


Source link

]]>
GBT develops a visual analysis system for design rules for integrated circuits https://opendice.net/gbt-develops-a-visual-analysis-system-for-design-rules-for-integrated-circuits/ Tue, 23 Nov 2021 13:00:00 +0000 https://opendice.net/gbt-develops-a-visual-analysis-system-for-design-rules-for-integrated-circuits/ Targeted to provide a robust interactive design environment for early detection and elimination of violations of IC layout design rules. SAN DIEGO, November 23, 2021 (GLOBE NEWSWIRE) – GBT Technologies Inc. (OTC PINK: GTCHD) (“GBT” or the “Company”), develops a nanoscale EDA tool that visually advises and eliminates design rule violations when constructing a physical […]]]>

Targeted to provide a robust interactive design environment for early detection and elimination of violations of IC layout design rules.

SAN DIEGO, November 23, 2021 (GLOBE NEWSWIRE) – GBT Technologies Inc. (OTC PINK: GTCHD) (“GBT” or the “Company”), develops a nanoscale EDA tool that visually advises and eliminates design rule violations when constructing a physical integrated circuit layout. The tool works on the layout data of integrated circuits and checks the correctness of the design rules, as specified in the process specifications (technology file) when building an integrated circuit diagram, creating a design environment mask taking into account the rules.

Based on the recent patent filed by GBT in this area, the new tool will read the manufacturing process rule set (s) to understand the rules, guidelines and design constraints of integrated circuits. The tool will notify the user of potential design rule violations while building a mask layout database, providing real-time visual feedback. The tool works in a layout editor’s IC layout database and recommends a correction as necessary to ensure correct IC layout by construction. This approach could save a significant portion of the overall project design time by quickly identifying and eliminating design violations and flaws. The system will also include an option to automatically correct these violations, maintaining the correctness of electrical connectivity, geometric rules and design reliability rules. The tool will have the ability to hierarchically detect design rule violations and offer remedial recommendations while building IC layout blocks. In recent years, the number of transistors on the chip has increased dramatically, extending the design time and schedule of a project. GBT believes that by addressing potential violations early in the design phase of the integrated circuit configuration, potentially considerable time could be saved. It is estimated that this type of technology can save between 30% and 50% of the design time of the physical assembly; in particular, with advanced nanoscale chips. The company intends to develop an entire family of construction-specific software tools to speed up the design time of an integrated circuit project. The technology is intended to support integrated circuit designs with analog, digital and mixed signals.

“Our microchips today include billions of transistors and advanced features. In addition, they must consume a minimum of energy and operate with high performance, it is all a question of the optimal balance between the silicon area, the power constraints, the speed and the required functionalities. As the manufacturing process gets smaller and smaller, semiconductor physics introduces new challenges of geometric, electrical, and manufacturing design rules, resulting in considerably longer project design time and time to market. long. Our idea is to solve potential design problems, early in the design phase. The GBT team is currently working on a software tool to analyze and identify design rule violations during the build phase of the integrated circuit layout. Similar to the concept of ‘spell checking’ highlighting, our tool will highlight potential violations while the designer constructs and constructs the integrated circuit layout blocks. Although this is not a new concept, we will introduce a new approach that visually scans and alerts areas of interest associated with potential design violations. This will include a graphical representation and topological recommendations in the mask layout data, when a nonconformity issue has been detected. In addition, the system will offer an automatic correction upon user approval to eliminate the fault on site. The tool will be based on a concept of regional analysis and will provide multi-zone visual feedback to increase the level of vitality of reported violations. The technology will support the design styles of analog, digital and mixed integrated circuits; including full hierarchical support, and we expect the technology to be primarily effective in advanced manufacturing nodes of 7nm and below due to the acute complexity of their design rules. Designers will be able to design their microchips much more easily, as interactive support constantly oversees them in the background, guiding them as they go, ensuring a clean mask layout database by build, ”said Danny Rittman , CTO of the company.

There is no guarantee that the Company will be successful in researching, developing or implementing this system. In order to successfully implement this concept, the Company will need to raise sufficient capital to support its research and, if carried out successfully and fully developed, the Company will need to enter into a strategic relationship with a third party with experience in the manufacture, sale and distribution of this product. There is no guarantee that the Company will be successful in any or all of these critical steps.

About Us

GBT Technologies, Inc. (OTC ROSE: GTCHD) (“GBT”) (http://gbtti.com) is a developmental company that considers itself native to the Internet of Things (IoT), artificial intelligence (AI) and mobile enabled technology platforms used to increase the performance of integrated circuits. GBT has assembled a team with extensive technological expertise and built an intellectual property portfolio made up of numerous patents. GBT’s mission is to license technology and intellectual property to synergistic partners in the areas of hardware and software. Once commercialized, GBT’s goal is to have a suite of products including smart chips, AI, encryption, blockchain, integrated circuit design, mobile security applications, management protocols. database, with tracking and cloud software support (without GPS). GBT envisions this system as the creation of a global mesh network using advanced nodes and high performance next generation IC technology. The heart of the system will be its advanced microchip technology; a technology that can be installed on any mobile or fixed device in the world. GBT’s vision is to produce this system as a low cost and secure private mesh network between all activated devices. Thus, providing advanced shared processing, management and sharing of mobile databases while using these enhanced mobile features as an alternative to traditional carrier services.

Forward-looking statements

Certain statements contained in this press release may constitute “forward-looking statements”. Forward-looking statements provide current expectations of future events based on certain assumptions and include any statement that does not directly relate to historical or current fact. Actual results may differ materially from those indicated by these forward-looking statements due to various important factors as disclosed in our documents filed with the Securities and Exchange Commission located on their website (http://www.sec.gov). In addition to these factors, actual performance, results and future results may differ materially due to more general factors including (but not limited to) general industry and market conditions and growth rates. , economic conditions, changes in government and public policy, the Company’s ability to increase capital on acceptable terms, if applicable, the successful development of its products by the Company and integration into its existing products and the commercial acceptance of the Company’s products. The forward-looking statements included in this press release represent the opinions of the Company as of the date of this press release and those opinions are subject to change. However, although the Company may choose to update these forward-looking statements at some point in the future, the Company specifically disclaims any obligation to do so. These forward-looking statements should not be taken as representing the views of the Company as of a date subsequent to the date of the press release.

Contact:

Dr Danny Rittman, Technical Director
press@gopherprotocol.com


Source link

]]>
A key region of the brain’s visual cortex responds to faces the same way in infants and adults https://opendice.net/a-key-region-of-the-brains-visual-cortex-responds-to-faces-the-same-way-in-infants-and-adults/ Sun, 21 Nov 2021 11:20:08 +0000 https://opendice.net/a-key-region-of-the-brains-visual-cortex-responds-to-faces-the-same-way-in-infants-and-adults/ MIT researchers have discovered regions of the infant’s visual cortex that show strong preferences for faces, bodies, or scenes, just like in adults. Credit: MIT News, With images courtesy of Researchers and iStockphoto One study suggests that this area of ​​the visual cortex appears much earlier in development than previously thought. In the visual cortex […]]]>

MIT researchers have discovered regions of the infant’s visual cortex that show strong preferences for faces, bodies, or scenes, just like in adults. Credit: MIT News, With images courtesy of Researchers and iStockphoto

One study suggests that this area of ​​the visual cortex appears much earlier in development than previously thought.

In the visual cortex of the adult brain, a small region is specialized to respond to faces, while neighboring regions show strong preferences for bodies or for scenes such as landscapes.

Neuroscientists have long hypothesized that it takes many years of visual experience for these areas to develop in children. However, a new MIT The study suggests that these regions form much earlier than previously thought. In a study of babies aged two to nine months, researchers identified areas of the infant’s visual cortex that already show strong preferences for faces, bodies, or scenes, just like in adults.

“This data improves our picture of development, making babies ‘brains more like adults’ brains in more ways and sooner than we thought,” said Rebecca Saxe, John W. Jarve science professor. of Brain and Cognition, member of MIT. McGovern Institute for Brain Research, and lead author of the new study.

Using functional magnetic resonance imaging (fMRI), the researchers collected usable data on more than 50 infants, a number far higher than any research lab has been able to digitize before. This allowed them to examine the infant’s visual cortex in a way that had not been possible until now.

“This is a finding that will force a lot of people to really grapple with their understanding of the infant brain, the starting point of development and development itself,” says Heather Kosakowski, MIT graduate student and lead author of the study. published on November 15, 2021 in Current biology.

Distinctive regions

Over 20 years ago, Nancy Kanwisher, Walter A. Rosenblith Professor of Cognitive Neuroscience at MIT, used fMRI to discover the spindle-shaped area of ​​the face: a small region of the visual cortex that responds much more strongly to faces than anything else. other type of visual. grab.

Since then, Kanwisher and colleagues have also identified parts of the visual cortex that respond to bodies (the extrastriated body area, or EBA) and scenes (the parahippocampal area, or PPA).

“There is this set of functionally very distinct regions that are present in more or less the same place in virtually all adults,” says Kanwisher, who is also a member of the Center for Brains, Minds, and Machines at MIT and author of the new study. . “It raises all these questions about the development of these regions. How do they get there and how do you build a brain that is so similarly structured in each person? “

Dynamic stimuli

After entering the specialized scanner, along with a parent, the babies watched videos that showed faces, body parts such as kicking or waving hands, objects such as toys, or natural scenes such as mountains. This figure shows examples of images used in the study. Credit: Courtesy of the researchers

One way to try to answer these questions is to study when these highly selective regions first develop in the brain. A long-held assumption is that it takes several years of visual experience for these regions to gradually become selective for their specific targets. Scientists studying the visual cortex have found similar selectivity patterns in children as young as 4 or 5 years old, but there have been few studies in children younger than this.

In 2017, Saxe and one of its graduate students, Ben Deen, reported the first successful use of fMRI to study the brains of awake infants. This study, which included data on nine babies, suggested that while infants have areas that respond to faces and scenes, those areas were not yet very selective. For example, the fusiform facial area did not show a strong preference for human faces over any other type of entry, including human bodies or the faces of other animals.

However, this study was limited by the small number of subjects, as well as its reliance on an fMRI coil that the researchers had developed especially for babies, which did not offer imaging as high as resolution. the coils used for adults.

Heather Kosakowski

“This is a result that is going to force a lot of people to really grapple with their understanding of the infant brain, the starting point of development and development itself,” says Heather Kosakowski, pictured, MIT graduate student and principal author. of the study. Credit: Kris Brewer

For the new study, the researchers wanted to try and get better data, from more babies. They built a new scanner that is more comfortable for babies and also more powerful, with a resolution similar to that of fMRI scanners used to study the brains of adults.

After entering the specialized scanner, along with a parent, the babies watched videos that showed faces, body parts such as kicking or waving hands, objects such as toys, or natural scenes such as mountains.

Researchers recruited nearly 90 babies for the study, collected 52 usable fMRI data, half of which contributed to higher resolution data collected using the new coil. Their analysis revealed that specific regions of the infant’s visual cortex exhibit highly selective responses to faces, body parts, and natural scenes, in the same places where these responses are seen in the adult brain. The selectivity for natural scenes, however, was not as strong as it was for faces or body parts.

The infant’s brain

The results suggest that scientists’ design of how the infant’s brain develops may need to be revised to account for the observation that these specialized regions begin to resemble those of adults sooner than expected.

“What’s so exciting about this data is that it is revolutionizing the way we understand the infant brain,” says Kosakowski. “Many theories have emerged in the field of visual neuroscience to accommodate the idea that it takes years of development for these specialized regions to emerge. And what we’re saying is actually, no, you really only need a few months.

Because their data on which area of ​​the brain reacts to scenes was not as strong as for the other places they examined, the researchers now plan to pursue additional studies of that region, this time showing images of babies on a much larger screen that more closely mimic the experience of being in a scene. For this study, they plan to use near infrared spectroscopy (NIRS), a non-invasive imaging technique that does not require the participant to be inside a scanner.

“This will allow us to question whether young babies have robust responses to visual scenes that we underestimated in this study due to the visual constraints of the experimental scanner setup,” says Saxe.

The researchers are now further analyzing the data they collected for this study in hopes of learning more about how the development of the spindle-shaped area of ​​the face progresses from the youngest babies they studied to the oldest. They also hope to conduct new experiments examining other aspects of cognition, including how babies’ brains respond to language and music.

Reference: “Selective Responses to Faces, Scenes and Bodies in the Ventral Visual Pathway of Infants” by Heather L. Kosakowski, Michael A. Cohen, Atsushi Takahashi, Boris Keil, Nancy Kanwisher and Rebecca Saxe, November 15, 2021, Current biology.
DOI: 10.1016 / j.cub.2021.10.064

The research was funded by the National Science Foundation, the National Institutes of Health, the McGovern Institute, and the Center for Brains, Minds, and Machines.


Source link

]]>
Digital Domain Wins HPA Outstanding Visual Effects Award for “Black Widow” https://opendice.net/digital-domain-wins-hpa-outstanding-visual-effects-award-for-black-widow/ Fri, 19 Nov 2021 22:10:00 +0000 https://opendice.net/digital-domain-wins-hpa-outstanding-visual-effects-award-for-black-widow/ Visual Effects Studio awarded for post-production work on hit Marvel Studios film Digital Domain HPA Award Winners Ryan Duhaime, David Hodgins, Edmond Smith III and James Reid of Digital Domain with their HPA awards for “Outstanding Visual Effects in a Theatrical Feature”. Photo courtesy of: Nick Gingold / Capture Imaging Ryan Duhaime, David Hodgins, Edmond […]]]>

Visual Effects Studio awarded for post-production work on hit Marvel Studios film

Digital Domain HPA Award Winners

Ryan Duhaime, David Hodgins, Edmond Smith III and James Reid of Digital Domain with their HPA awards for “Outstanding Visual Effects in a Theatrical Feature”. Photo courtesy of: Nick Gingold / Capture Imaging

Ryan Duhaime, David Hodgins, Edmond Smith III and James Reid of Digital Domain with their HPA awards for “Outstanding Visual Effects in a Theatrical Feature”. Photo courtesy of: Nick Gingold / Capture Imaging

LOS ANGELES, November 19, 2021 (GLOBE NEWSWIRE) – Legendary visual effects studio Digital domain announces today that it has won the HPA Award for “Outstanding Visual Effects in a Theatrical Feature” for his work at Marvel Studios Black Widow. Awarded by the Hollywood Professional Association, the HPA Awards recognize exemplary and innovative work in the field of visual effects and post-production. This is Digital Domain’s second HPA award.

Digital Domain’s work on Black Widow set a new upper limit for on-screen destruction. Supervised by David Hodgins (VFX Supervisor), Hanzhi Tang (DFX Supervisor), Ryan Duhaime (CG Supervisor), James Reid (CG Supervisor), Edmond Smith III (FX Supervisor) and Ryan Wilk (VFX Producer), the artists of Digital Domain created the flying fortress known as the “Red Chamber” and then systematically destroyed it, piece by piece.

The VFX team worked hand-in-hand with the filmmakers and performers to mix up live action footage of heroes and villains escaping destruction as they fell freely from the structure, while avoiding thousands of pieces of debris. – ranging from full size, flaming buildings to tiny metal shards. The scene was so data-intensive that Digital Domain had to use GPU rendering to keep track of all the moving parts.

“One of the things we love about our partnership with Marvel Studios is that they always give us the opportunity to challenge ourselves and create things that have never been seen on screen before. “said John Fragomeni, global president of Digital Domain. “To receive this award is extremely gratifying for our supervisors and artists, and shows that being bold pays off.”

The award was presented to Digital Domain at the HPA Awards ceremony, held on November 18 at the Hollywood Legion Theater in Los Angeles. The HPA Awards are voted on by a panel of judges dedicated to advancing post-production. Digital Domain’s previous HPA award was won in 2020 for “Outstanding Visual Effects – Episodes (less than 13 episodes) or non-theatrical feature” for the Lost in space season two episode, “Castaway”.

About the digital domain

Digital Domain creates genre-defining experiences that entertain, inform and inspire. Over the past quarter century, the studio has established itself as a leader in the cinematic visual effects industry, expanding to encompass episodes, commercials and game cutscenes, while embracing preview and production. Virtual. Digital Domain has also become a pioneer of digital humans and virtual reality, adding to a rich legacy of hundreds of blockbuster feature films for every major studio, thousands of commercials, music videos, game cutscenes and content. digital from world-renowned directors and brands.

A creative force in visual effects and premium content, Digital Domain has brought art and technology to movies, including Titanic, The Curious Case of Benjamin Button and blockbusters Loan Player One, Avengers: Infinity War and Avengers: Endgame. Staff artists have won over 100 major awards, including Oscars, Clios, BAFTA Awards and Cannes Lions.

Digital Domain successfully became the first independent visual effects studio to enter Greater China. In 2018, Digital Domain acquired one of the Chinese pioneers and leaders in virtual reality hardware equipment – VR Technology Holdings Ltd, Shenzhen (“3Glasses”).

Digital Domain is present in Los Angeles, Vancouver, Montreal, Beijing, Shanghai, Shenzhen, Hong Kong, Taipei and Hyderabad. Digital Domain Holdings Limited is listed on the Hong Kong Stock Exchange (stock code: 547).

Digital domain: www.domainenumérique.com

Attachment

CONTACT: Ryan Fleming Digital Domain 5037969822 ryan@liaisonpr.com


Source link

]]>
SAS and Sphero address coding needs of students with visual impairments – LE Journal https://opendice.net/sas-and-sphero-address-coding-needs-of-students-with-visual-impairments-le-journal/ Wed, 17 Nov 2021 21:55:23 +0000 https://opendice.net/sas-and-sphero-address-coding-needs-of-students-with-visual-impairments-le-journal/ Computer science education SAS and Sphero meet the coding needs of students with visual impairments By Dian Schaffhauser 11/17/21 Data analysis company SAS and education technology company Sphero work together to bring data analysis and robot coding – along with soft skills – to students with visual impairments. At the heart of the initiative is […]]]>

Computer science education

SAS and Sphero meet the coding needs of students with visual impairments

Data analysis company SAS
and education technology company
Sphero
work together to bring data analysis and robot coding – along with soft skills – to students with visual impairments.

At the heart of the initiative is SAS CodeSnaps, a free app designed for use in classrooms, camps, and clubs, to teach kids computer basics, including how to code. Students work together and problem-solve to overcome programming challenges using printed code blocks. When the blocks are scanned with the SAS CodeSnaps application, the program runs on a Sphero robot, such as the LOCK,
SPRK +
Where Mini Sphero.

Printable blocks are available in 10 languages. The collection now also includes an English Braille version.

SAS worked with the
Perkins School for the Blind adapt CodeSnaps to meet the needs of students with visual impairments and blindness. Now braille is part of the code blocks and lessons can incorporate a tactile device, such as a measuring stick to measure distances.

Diane Brauner, director of Perkins’ paths to technology website, helped create activities that use noise to help students identify robot movements.

The activities were tested during a coding challenge with the Coding Club at Governor Morehead School in Raleigh, North Carolina. The challenge required the students (boys vs. girls teams) to send their Sphero through the course, including getting to a trash can, then getting behind and crossing the finish line.

“No longer sitting on the sidelines or relying on descriptions from a sighted peer, blind or visually impaired students can fully participate in all aspects of the coding activity,” Brauner said in a statement from hurry. “With the physical course, SAS CodeSnaps braille blocks and a Sphero robot, blind and visually impaired students study the physical obstacle course, write code using SAS CodeSnaps braille blocks, and auditively follow the Sphero robot. “

“Every student should have the opportunity to learn to code,” added Ed Summers, director of accessibility at SAS. “With CodeSnaps’ interactive and personalized resources, teachers of students with visual impairments can find creative ways to integrate computing into any subject, engaging students with sound and touch. “

This is far from SAS’s first foray into accessibility. In 2017, the company launched
SAS graphics accelerator, a tool to make data visualizations accessible to visually impaired people. SAS Graphics Accelerator generates alternate presentations of SAS data visualizations, including verbal descriptions, tabular data, and interactive sonication, which uses non-vocal sound to convey details about the graph. Users rely on sound rather than sight to explore bar charts, time series plots, heat maps, line charts, scatter plots, and histograms. For example, a sound representation of a bar graph will move where the sound is coming from to indicate movement along the x-axis and change the pitch to indicate higher or lower values ​​to denote the y-axis. .

About the Author

Dian Schaffhauser is Senior Contributing Editor for Educational Publications at 1105 Media The newspaper, Campus technology and Spaces4Learning. She can be reached at [email protected] or on Twitter @schaffhauser.



Source link

]]>
Instrument Landing System and Visual Landing Aids Market size, share, growth opportunities, future trends, impact of Covid-19, SWOT analysis, competition and forecast 2021 to 2028 https://opendice.net/instrument-landing-system-and-visual-landing-aids-market-size-share-growth-opportunities-future-trends-impact-of-covid-19-swot-analysis-competition-and-forecast-2021-to-2028/ Mon, 15 Nov 2021 22:20:22 +0000 https://opendice.net/instrument-landing-system-and-visual-landing-aids-market-size-share-growth-opportunities-future-trends-impact-of-covid-19-swot-analysis-competition-and-forecast-2021-to-2028/ Global Instrument Landing Systems and Visual Landing Aids Market Size and share analysis, market by region, segments and competition scenario, growth drivers and restraints, SWOT, CAGR, values, capacity, sales, distribution, revenue and forecast. The global Instrument Landing System and Visual Landing Aids market study provides a comprehensive assessment of the industry for the anticipated period. […]]]>

Global Instrument Landing Systems and Visual Landing Aids Market Size and share analysis, market by region, segments and competition scenario, growth drivers and restraints, SWOT, CAGR, values, capacity, sales, distribution, revenue and forecast.

The global Instrument Landing System and Visual Landing Aids market study provides a comprehensive assessment of the industry for the anticipated period. The research includes an examination of trends and variables that are important in the global Instrument Landing System and Visual Landing Aids Market, as well as other segments. These variables include market dynamics, limitations, opportunities, market drivers, and market challenges, which are used to explain the influence of these factors on the market. According to the research, the global market for instrument landing systems and visual landing aids has developed at a rapid rate with high growth rates in recent years, and it is expected that the market expands considerably during the forecast period. Drivers and constraints are internal, while problems and opportunities are external to the industry.

Global Instrument Landing System and Visual Landing Aids Market Report 2021 Based on

Types

By type of system
Instrument Landing System (ILS)
Visual landing aids (VLA)

Application

Request 1
Request 2,

key players

Company 1
Company 2
And much more

Get a free sample of the report @: https://www.esticastresearch.com/market-reports/instrument-landing-system-and-visual-landing-aids-market/#request-for-sample

Geography (North America, South America, Europe, Asia-Pacific, etc.)

Regional assessment and diversification of segments.

North America (United States, Canada, Mexico)
Europe (UK, France, Germany, Spain, Italy, Central and Eastern Europe, CIS)
Asia Pacific (China, Japan, South Korea, ASEAN, India, rest of Asia-Pacific)
Latin America (Brazil, rest of LA)
Middle East and Africa (Turkey, CCG, rest of Middle East)

This world Instrument Landing Systems and Visual Landing Aids Market The report provides details on recent new developments, trade regulations, import and export analysis, production analysis, value chain optimization, market share, impact of players National and localized market analysis, analyzes opportunities in terms of emerging revenue pockets, changes in market regulations, strategic market growth analysis, market size, market growth by categories, application niches and dominance, approvals of products, product launches, geographic expansions, technological innovations in the market.

The Global Instrument Landing Systems and Visual Landing Aids Market is analyzed and market size information and trends are provided by country, type, services, level of coverage, service providers, health insurance plans, demographics, type of coverage, end user and distribution channel, such as shown above.

The countries covered by the #market report are USA, Canada, Mexico, Germany, Italy, UK, France, Spain, Netherlands, Belgium, Switzerland, Turkey, Russia, Rest of Europe, Japan, China, India, South Korea, Australia, Singapore, Malaysia, Thailand, Indonesia, Philippines, Rest of Asia-Pacific, Brazil, Argentina, Rest of South America, South Africa, Saudi Arabia, United Arab Emirates, Egypt, Israel, Rest of Middle East and Africa.

Browse Complete Report With Facts And Figures Of The Instrument Landing System And Visual Landing Aids Market Report At @ https://www.esticastresearch.com/market-reports/instrument-landing-system-and-visual-landing-aids-market/#toc

Impact of COVID-19 on the world Instrument Landing Systems and Visual Landing Aids Market:

The report incorporates the changes the market has experienced after the pandemic due to the coronavirus outbreak. Moreover, the report also includes speculation on how the market will react with the presence of this virus during the forecast period.

Reasons to buy the Instrument Landing Systems and Visual Landing Aids Market to study:

  • The Instrument Landing Systems and Visual Landing Aids Market The report also provides individual market impact factors and regulatory changes in the national market that impact current and future market trends.
  • Data points such as consumption volumes, production sites and volumes, import and export analysis, price trend analysis, cost of raw materials, value chain analysis in downstream and upstream are some of the main indicators used to forecast the market scenario for each country.
  • The presence and availability of global brands and the challenges they face due to significant or rare competition from local and national brands, the impact of national tariffs and trade routes are taken into account while providing a forecast analysis of data.
  • Market analysis based on region, countries, competitive landscape, segments and more using formats like SWOT, PESTLE, and Porter’s Five Force Analysis.

Inquiry before buying @ https://www.esticastresearch.com/market-reports/instrument-landing-system-and-visual-landing-aids-market/#customization

The main objectives of this Instrument Landing System and Visual Landing Aids Market report are:

– Understanding the major potential of the Instrument Landing Systems and Visual Landing Aids market through precise market size and forecast data.
– Forecast of the global instrument landing systems and visual landing aids market in developed and developing areas.
– Comprehensive market research focused on the state of development of the PSD2 and Open Banking industry
– Factors affecting the growth of the Global Instrument Landing Systems and Visual Landing Aids Market are discussed
– Important information on the main segmentations of the PSD2 and Open Banking sector.
– Customer buying behavior is offered by recent analysis of instrument landing systems and visual landing aids market trends.

About Esticast Research:

Esticast Search is a research company providing research reports on various industries with a unique combination of authenticity, in-depth research and infallibility. We provide syndicated market research reports, customization services, and consulting services to help businesses around the world achieve their goals and overcome complex challenges. We specialize in providing a 360 degree view of the markets to help clients identify new opportunities and develop business strategies for the future with data and statistics on changing market dynamics. Esticast Research & Consulting has expert analysts and consultants who are able to work collaboratively with clients to meet their business needs and give them opportunities to thrive in a competitive world. A comprehensive analysis of sectors ranging from healthcare to consumer goods and ICT to BFSI is provided covering hundreds of industry segments. Research reports offering market forecasts, market entry strategies, and customer intelligence will help clients around the world get the most out of their investment and realize their optimal potential.

Contact:

Mr. Ashish Gedamkar
Esticast Research & Consulting LLP.
Office n ° 407, Navale Icon computer park
Narhé, Pune – 411041
United States: + 1-213-275-4706
APAC: + 91-844-601-6060
E-mail: [email protected]
Visit our website: https://www.esticastresearch.com/


Source link

]]>