Event-Based Vision Systems Market Study Reveals Growth Factors Size, Share, and Competitive Outlook for Future 2021-2030
Latest AI-driven advancements in computer vision focus on emulating the characteristics of the human eye in a vision sensor system.
Competitive Intelligence
The section provides a detailed description of established companies, startups, and research institutes working on event-based cameras. Different parameters, including company overview, technology stack, partnerships, key personnel, future roadmap, and limitations have been considered for a comprehensive competitive profiling.
A key highlight to emerge from this analysis is that several European startups are directly competing against Samsung in the event-based vision technology domain.
Further, a benchmarking matrix of the commercialized and in-pipeline products has also been included for an in-depth analysis.
Companies mentioned in the report
1.
Prophesee
2. iniVation
3. Insightness
4. Qelzal
5. MindTrace
6. CelePixel
7. Sunia
8. Australian Institute of Technology
9. Samsung
10. Sony
Quadintel published the latest research report on the Event-Based Vision Systems market. In order to
muleskinner.net
8. Australian Institute of Technology/Universities
What we do
The Australian Artificial Intelligence Institute is internationally recognised as one of the top AI research hubs through the Institute's excellence in research, collaboration and education.
Distinguished Professor Jie Lu
Director, Australian Artificial Intelligence Institute, University of Technology Sydney
VISION
To achieve excellence and innovation in sustainable and comprehensible artificial intelligence by developing powerful theoretical foundations, innovative technologies and application systems and by leading knowledge advancement which translates into significant social and economic impacts.
The Australian Artificial Intelligence Institute (AAII), led by
Distinguished Professor Jie Lu, is Australia's largest research hub in the field of artificial intelligence. AAII, previously known as the Centre for Artificial Intelligence, was established in March 2017 at the UTS School of Computer Science in the Faculty of Engineering and IT. The research entity became an institute in August 2020, in recognition of its high-quality HDR outputs, broad research scope, and significant local and international collaboration.
Boasting eight research labs, AAII currently has 34 academic staff (including four distinguished professors, one FTSE, two FIEEE and one highly cited researcher), 10 postdoctoral associates, and more than 190 PhD students. AAII core members have won 21 Australian Research Council (ARC) projects (including ARC Discovery, Linkage, Future Fellow and Discovery Early Career Research Awards) and 50 national and international industry projects. Since its inception, AAII staff have published over 1000 papers, with 450 of these in high reputational international journals. Furthermore, AAII core members have delivered more than 20 keynote presentations in national and international conferences, and AAII students have received more than ten best paper awards from leading journals and conferences, including national and international awards. The UTS School of Computer Science is ranked in the top 29 worldwide (ARWU), and AAII is a key contributor to this outstanding achievement.
As the biggest centre for Artificial Intelligence in Australia, AAII has a team of world class researchers undertaking programs in major fronts of Artificial Intelligence
Distinguished Professor Jie Lu
AAII consists of
eight key research laboratories with three main research areas: fundamental research, technology transfer research, and applied research.
Fundamental Research
- Computational Intelligence
- Deep Learning
- Transfer Learning
- Large-scale Graph Processing
- Concept Drift
- Reinforcement Learning
- Pattern Recognition
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- Probabilistic Machine Learning
- Big Dimensionality
- Neuromorphic Computing
- AI-Driven Software Security Analysis
- Computer Vision
- Explainable AI
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Technology Transfer Research
- Brain-Computer Interface
- Recommendation Systems
- Social Networks
- Social Robotics
- Decision Support Systems
- Cloud Computation
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- Blockchain
- Human Autonomy Team
- Bioinformatics
- Data Science and Visualisation
- Text Mining
- AI Privacy & Security
- Network Analytics
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Applied Research
- Health Care
- Financial Services
- Internet of Things
- Business Intelligence
- Logistics
- Transportation
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- Education
- Defence
- Marine Safety
- Property
- Food
- Weather prediction
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The Jericho Smart Sensing Lab at the University of Sydney Nano Institute has developed a prototype sensor system for the RAAF that mimics the brain’s neural architecture to deliver high-tech sensing technology.
Dubbed MANTIS, the system under development integrates a traditional camera with a visual system inspired by neurobiological architectures. This ‘neuromorphic’ sensor works at 'incredibly high' speeds, which will allow aircraft, ships and vehicles to identify fast moving objects, such as drones.
The Jericho Smart Sensing Lab at the University of Sydney Nano Institute has developed a prototype sensor system for the RAAF that mimics the brain’s neural architecture.
www.australiandefence.com.au
An international team of researchers involving Monash University has demonstrated the world’s fastest and most powerful optical neuromorphic processor for artificial intelligence (AI), which operates faster than 10 trillion operations per second (TeraOPs/s) and is capable of processing ultra-large scale data.
An international research team has demonstrated the world's fastest and most powerful optical neuromorphic processor for artificial intelligence.
www.monash.edu