RV-Days Tokyo 2024 Summer: RISC-V Day Tokyo 2024 Summer / RISC-V Poster Research Presentation August 1, 2024

Field topics

At RISC-V Day, we are looking for poster session participants in the following diverse fields. These themes represent new approaches to address growing computational needs and sustainability challenges.

1. RISC-V Technology: Instruction set, microarchitecture, integrated circuits, IP, chips, systems, software, and implementation of RISC-V extensions/customization.
2. Open Source Hardware Revolution: Open silicon based on RISC-V. Green Computing: Technologies for reducing energy consumption in computing environments, including RISC-V-based solutions.
3. Hardware and Software Co-Design: Examples showing the impact of RISC-V and open source hardware on software development and reverse case studies.
4. AI and Machine Learning: The role of RISC-V, accelerating AI/ML workloads, customizing hardware for AI/ML, and more.
5. Real-world applications: Industrial or research projects that use RISC-V for product development or research results.
6. Open architecture security technology
7. AIoT, IoT
8. Quantum Computing
9. Secret Computing: Privacy-enhancing data analysis technology using encrypted data such as homomorphic encryption.
10. New computing technologies: neuromorphic computing, bioinspired computing, new non-volatile memory technologies, and more.
11. High Performance Computing (HPC): HPC Applications with RISC-V, Challenges and Innovations for Creating RISC-V-based HPC Systems.
12. Edge Computing: RISC-V in smart cities, self-driving cars, and IoT.
13. 5G/6G technology: How to integrate RISC-V into next-generation telecommunications infrastructure and configure network devices with RISC-V.
14. Blockchain and Distributed Ledger Technology: Use cases for RISC-V in blockchain hardware, smart contracts, and how to provide secure and efficient computation in distributed systems.
15. Quantum-resistant Cryptography: Using RISC-V to develop quantum-resistant cryptographic solutions with the advent of quantum computing.
16. Cross-platform development tools: Tools that support RISC-V development across different platforms, facilitating the development process and promoting broader adoption.
17. Interoperability with other architectures: How to create hybrid systems using interfacing with other architectures, emulation, and virtualization techniques.
18. Sustainable and Eco-Friendly Computing: Beyond Green Computing, Designing RISC-V Hardware with Sustainability in Mind. Including recyclable materials, energy collection, and life cycle analysis.
19. Digital Signal Processing (DSP): RISC-V applications in audio, video, and communications technology.
20. Space Technology: Use of RISC-V in Satellites, Rovers, and Other Space Exploration Hardware.
21. Educational Initiative: Using RISC-V for Educational Purposes in Computer Architecture, Hardware Design, and Training a New Generation of Engineers.
22. Medical and biotech applications: including implementation of RISC-V in medical devices, biotechnology, personalized pharmacy, and wearable technology.
23. Automotive and Transportation Systems: The role of RISC-V in the future of transportation, including self-driving cars and electric vehicle systems.
24. Formal Verification for RISC-V: A method to ensure the accuracy and security of RISC-V processors through formal verification.
25. Cultural and Social Impact of Technology: Discussion of open source hardware and the wider impact of RISC-V on society, accessibility, and digital divide issues.

In addition to the above, we are also seeking poster sessions on a wide range of RISC-V related fields. Please feel free to submit your new ideas, research results, business applications, etc., as we will evaluate them fairly.

Submission Guidelines

Please check here for details.

• Posters should be A0 size and in portrait orientation.
• Make sure the title, author name, and institutional affiliation are clearly displayed at the top of the poster.
• Posters must be easily readable from a distance of 1.5 meters.
• Please be sure to include a summary of up to 250 words with your submission.

Contact

All questions about submissions should be emailed to Hironori Nakajo <nakajo@cc.tuat.ac.jp>.