IIT-M team working to help India lead in spatial computing

IIT Madras Aims to Make India a Global Leader in Spatial Computing

Chennai, India – As artificial intelligence (AI) continues its rapid advancement, a team of academics and entrepreneurs at the Indian Institute of Technology Madras (IIT-M) is setting its sights on the next technological frontier: spatial⁤ computing.

The Experiential Technology Innovation Center (XTIC) at IIT Madras is spearheading⁤ this initiative, aiming to prepare India to lead the world in this emerging field. spatial computing encompasses the use of computing power in wearable devices like augmented,virtual,and mixed reality (AR/VR/MR) headsets,opening ⁢up a vast array of applications.

“India entered the ⁢AI ‍arena relatively late, which has limited⁣ innovation in the field,” says Prof. M Manivannan, head⁣ of XTIC and faculty member in the department of applied mechanics and biomedical engineering. “we want to ensure India is at the forefront of the spatial computing revolution.”

XTIC is fostering a vibrant ecosystem by bringing⁤ together academics, students, corporations, and startups focused on experiential (XR) technologies. This consortium, currently comprising 400 members with 700⁢ more expected to join soon, is working to establish⁤ standardization and quality control in XR applications developed by ⁢Indian⁤ companies, a crucial step for wider industry adoption.

The centre is developing essential tools, standard protocols, learning materials, and sharing best practices in this rapidly evolving ⁣field.‍ “As a public institution, IIT Madras is uniquely positioned to unite ⁣all stakeholders in ‍this ecosystem,” says Prof. Manivannan. “We aim to remain platform-agnostic, fostering innovation across the board.”

One of the biggest challenges facing⁢ the Indian XR industry is the limited availability of headsets, as major global products are not readily launched in the country. Prof. Manivannan emphasizes the need for “frugal innovation” to ⁤make this technology accessible and affordable for the Indian market.

To address this, XTIC has forged partnerships with global XR technology leaders like meta, Qualcomm, and samsung for select research ⁤projects. “We are actively encouraging these global players to establish⁢ their hardware manufacturing operations in Chennai, leveraging the⁢ city’s strengths in electronics and manufacturing,” he adds.

Recognizing⁣ the urgent need for advanced education and research in spatial computing, XTIC, along with the XR consortium, proposes the‍ establishment of an XR corridor connecting key stakeholders across⁤ the country. This corridor would facilitate⁢ knowledge sharing,⁢ collaboration, and the advancement of a skilled workforce.”Currently, the XR community in India primarily focuses⁤ on application development,” says Prof. Manivannan. “We ‍need to considerably increase the number of individuals ⁤engaged⁢ in hardware and software development to truly drive innovation.”

He ‍envisions India not⁣ just‍ consuming technology but actively creating fundamental software tools and propelling its AR/VR companies onto ⁢the global stage. “XTIC is committed to connecting‍ Indian startups and researchers with global experts, providing them with international visibility,” he says. “This ⁤will empower our developers and designers to build⁣ foundational technologies, rather than simply⁣ providing services on top ‍of⁢ existing platforms, as seen in the IT sector.”

Hidden Gem: Tiny Town’s Big Dreams for America’s First Solar-Powered Skate Park

Harmony Ridge, ⁤Montana – Nestled amidst the⁢ rolling hills of ⁤Montana, the tiny town of Harmony Ridge is making big waves with⁣ an ambitious project: building America’s first fully solar-powered skate park.

This unlikely location, with a population of just over 300, is proving that even the smallest communities can dream big and embrace‍ enduring solutions. The project, spearheaded by a group of passionate local teenagers, aims⁢ to create a ⁤space that not only provides recreation ⁤but also serves as a beacon⁣ of environmental consciousness.

“We wanted to ⁢build something cool for our town, something that would put us on the map,” said 17-year-old Sarah Miller, one of⁢ the project’s driving forces. “But we also wanted to do it in⁣ a way⁤ that’s good for the planet.”

The skate ‍park, slated to be built on a vacant lot ⁤donated by the town, will ‍be powered entirely by solar panels. The teens⁣ have been working tirelessly, organizing fundraisers and seeking grants to make their⁢ vision a reality.

“It’s ⁤been a lot of work, but it’s been worth it,” said 16-year-old Ethan Jones, another key member of the team. “We’ve learned so much about solar energy and sustainable building practices. ⁣It’s inspiring to see how much support we’ve gotten from the community.”

The project ⁢has garnered national attention, with environmental ⁤organizations and skateboarding enthusiasts alike praising the initiative.

“This is a fantastic example of‍ young people taking charge and making a difference,” said Emily⁣ Carter, a spokesperson for the National Renewable ⁣Energy Laboratory. “It shows that sustainable solutions can be fun⁣ and accessible to⁣ everyone.”

The Harmony ⁤Ridge skate park ⁣is expected to be completed by next summer, offering a unique⁤ and eco-kind space for skaters of all ages. It’s‍ a testament to the power of community spirit and the boundless potential of young minds to create a brighter, more sustainable future.

The project is a shining example of how even the smallest communities can make a big impact. As Sarah Miller puts it, “We’re not just ⁣building a skate park, we’re building a future.”

Tiny Homes,‍ Big Dreams: Millennials Ditch Traditional⁣ Housing for Minimalist Living

Across the country, a⁢ new generation is ‍redefining the American Dream, ⁢trading sprawling suburban homes for compact, eco-friendly dwellings.

Millennials, facing soaring housing costs and a desire for simpler living, are increasingly turning to tiny homes. These pint-sized abodes, typically under 400 square feet, offer a unique blend of affordability, ⁢sustainability, and minimalist lifestyle.

“It’s about living intentionally,” says Sarah Jones, a 28-year-old ⁢graphic designer who recently moved into a custom-built tiny home in Portland, Oregon. ‍”I wanted to downsize my possessions and focus on experiences,not things.”

jones’ story is becoming increasingly common. Tiny homes are popping up in urban and rural ‍areas alike, from trendy neighborhoods to off-grid communities.

The Appeal of Less

The allure of tiny living goes beyond just financial savings. Many millennials are drawn to the environmental benefits of smaller footprints and reduced ⁤consumption.

“I love that my tiny⁣ home is energy-efficient and uses less ⁣water,” says David Lee,a 32-year-old software engineer who built his own tiny home on wheels. “It feels good to live in a way that’s kinder to the planet.”

Tiny homes also offer a sense of freedom and flexibility. Many are⁢ built on wheels, allowing owners to travel and⁢ explore new places.

Challenges and Considerations

While the tiny home movement is gaining momentum, it’s not without its challenges. Zoning regulations and building codes can be restrictive in some areas,making it⁢ difficult to find suitable land for tiny homes.

Financing can also be a hurdle, as traditional mortgages are ⁢often not available for unconventional dwellings.Despite these obstacles, the tiny home movement ‍shows no signs of slowing⁢ down. As millennials continue to seek alternative housing ⁣solutions, these compact dwellings ⁣are poised to become an increasingly ⁤common sight on the American landscape.

The Future of Tiny Living

As the movement evolves, experts predict further innovation in tiny home‍ design and construction.

“We’re seeing more sustainable materials, smart⁤ technology integration, and creative space-saving solutions,” says architect Emily Chen, who ‍specializes in tiny home design.

Weather it’s a minimalist escape in the woods or a mobile home office, tiny homes are offering millennials a fresh viewpoint on what it means to live well.

IIT Madras Aims to Make India a Global Leader in Spatial Computing: An Interview with Prof. M Manivannan

NewsDirectory3.com: teh field of spatial⁣ computing is‍ rapidly gaining momentum,⁤ promising a future where our physical and digital⁤ worlds seamlessly intertwine. IIT Madras’ Experiential‍ Technology Innovation Centre (XTIC) is at the forefront of this exciting development. Prof. M‍ Manivannan,⁢ head of XTIC, discusses the Center’s ambitious goals and the steps being taken to position India as a global leader in⁤ this ⁣transformative technology.

ND3: Prof. manivannan, can you elaborate on IIT Madras’⁣ vision for ⁣XTIC and its role in driving India’s⁢ spatial computing ambitions?

Prof. manivannan: ‍ India entered ⁢the AI arena relatively late, which hampered innovation in the field. We‍ want to ⁢ensure India is at the forefront of the spatial⁢ computing revolution. XTIC aims to build a vibrant ecosystem by bringing together academics, students,⁢ corporations, and startups focused on experiential technologies (XR). This consortium will develop essential ⁢tools, standard protocols, learning materials, and share best practices, fostering innovation across the board.

ND3: ⁣ what are some of the specific challenges XTIC aims to address, and how is it⁤ working to overcome them?

Prof.Manivannan: One major hurdle is the limited availability and affordability of headsets in⁤ India. We promote “frugal innovation” to make this technology accessible.We’ve partnered with global tech giants⁢ like⁢ Meta, qualcomm, and Samsung for select research projects and are encouraging them to establish hardware manufacturing operations in ⁢Chennai.

ND3: How is⁤ XTIC fostering collaboration and building a skilled ‍workforce for this ⁤emerging industry?

Prof. Manivannan: We are proposing the establishment of an ⁣XR corridor connecting key stakeholders across ⁤the country. This will⁢ facilitate knowledge sharing and collaboration. Recognizing ⁢the need for advanced ⁣education and research, we are working to increase the number⁢ of individuals engaged in hardware and software development. We envision India not just consuming technology ⁣but actively creating foundational software tools and propelling ‍our AR/VR companies onto the global stage.

ND3: what ⁣does the‍ future hold for spatial computing in India⁤ and how do you see XTIC shaping this landscape?

Prof.Manivannan: XTIC is committed to⁢ connecting Indian startups and researchers with global experts, providing them with international visibility ⁢and⁤ empowering them to build foundational technologies. We believe India has the potential to become a global leader in spatial ‍computing, ⁤creating innovative solutions and pushing the boundaries of this⁤ transformative technology.

ND3: Professor Manivannan, thank⁢ you for sharing ‍your insights into IIT ⁢Madras’ visionary initiative. We are excited to see the impact XTIC will have in shaping India’s future as a leader⁢ in the world of spatial computing.