Podcast
Questions and Answers
What is the unique selling point of the Electro-Magnetic Transducer based Prognosis through Acoustic visualization and analysis project?
What is the unique selling point of the Electro-Magnetic Transducer based Prognosis through Acoustic visualization and analysis project?
Which industry collaborator classification is involved in the Clamp-on Flow Sensor with IIOT project?
Which industry collaborator classification is involved in the Clamp-on Flow Sensor with IIOT project?
What problem does the Electro-Magnetic Transducer based Prognosis through Acoustic visualization and analysis project aim to solve?
What problem does the Electro-Magnetic Transducer based Prognosis through Acoustic visualization and analysis project aim to solve?
What is a common issue associated with Ultrasonic flow meters mentioned in the text?
What is a common issue associated with Ultrasonic flow meters mentioned in the text?
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What is the primary focus area of the Clamp-on Flow Sensor with IIOT project?
What is the primary focus area of the Clamp-on Flow Sensor with IIOT project?
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Which technology is NOT mentioned as contributing to efficiency in industrial processes in the text?
Which technology is NOT mentioned as contributing to efficiency in industrial processes in the text?
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Study Notes
Cyber Physical Systems Security
- The need for fine-grain level of security in compute and communication systems is imperative due to growing cyber vulnerabilities and sophisticated attacks.
- Cyber physical systems are closely integrated with human day-to-day living, making security a crucial aspect.
Challenges in Cyber Physical Systems
- Accurate sensing and acquisition of data at the field level
- Accurate execution of remote commands and edge/leaf level processing of data
- Secure communication of data to the cloud infrastructure through multiple hops of different communication protocols
- Storing, analyzing, and visualizing data at the cloud-control level
- Performing AI/ML routines to learn and predict events based on real-time data feeds
Expertise Areas for Developing Cyber Physical Systems
- Core areas: sensor design and characterization, actuator design, edge intelligence, and security
- Applied areas: communication protocols, cloud infrastructure, data analytics, and AI/ML
Edge Computing
- Addressing critical challenges: energy efficiency, data retention, and security
- Using heterogeneous multi-core systems for energy efficiency
- Using non-volatile memory for data retention
- Addressing timing attacks on edge devices for security
- Developing customizable non-volatile memory for smart sensing and in-memory computing
Advanced Medical Device Technologies
- Developing cutting-edge technology platforms with IoT capabilities
- Creating a core technology platform for handheld, IoT-enabled immunodiagnostics
- Building an integrated IVD technology platform for multiplexed, multimodal IVDs
- Developing a diagnostic platform supporting molecular and genomics testing
Edge Intelligence and Robotics
- Evolving systems with home-grown microprocessors to address security concerns
- Developing customizable and extendable processors for edge intelligence
- Target market size for edge intelligence devices: $32 billion USD
Open-source Scalable Data Analytics Platform
- Developing the Datalibre stack as an open-source platform for IoT data aggregation
- Advantages: quick customizability, no vendor dependence, no annual license cost, and high scalability
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Description
Test your knowledge on securing cyber physical systems, which are essential for human day-to-day living. Explore challenges related to accurate sensing and data acquisition, as well as executing remote commands in these systems.
