252 results on '"Hoi-Jun Yoo"'
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2. A 15µW 16 channel E×G processor with data transition memory-quad level vector for wearable healthcare platform.
3. A 20 µW contact impedance sensor for wireless body-area-network transceiver.
4. A low energy crystal-less double-FSK transceiver for wireless body-area-network.
5. A 92mW real-time traffic sign recognition system with robust light and dark adaptation.
6. An asynchronous mixed-mode neuro-fuzzy controller for energy efficient machine intelligence SoC.
7. 1.15mW mixed-mode neuro-fuzzy accelerator for keypoint localization in image processing.
8. A 5.3 µW contact monitoring sensor with BCC electrode and MICS antenna for energy efficient unified WBAN transceiver.
9. Intelligent NoC with neuro-fuzzy bandwidth regulation for a 51 IP object recognition processor.
10. A 92m W 76.8GOPS vector matching processor with parallel Huffman decoder and query re-ordering buffer for real-time object recognition.
11. A lMb/s, −75dBm sensitive fully integrated body channel transceiver for a low energy compact wearable healthcare sensor.
12. A lOMb/s 4ns jitter direct conversion low Modulation Index FSK demodulator for low-energy body sensor network.
13. A 22.4 mW competitive fuzzy edge detection processor for volume rendering.
14. A 30fps stereo matching processor based on belief propagation with disparity-parallel PE array architecture.
15. A wirelessly-powered electro-acupuncture based on Adaptive Pulse Width Mono-Phase stimulation.
16. A real-time compensated inductive transceiver for wearable MP3 player system on multi-layered planar fashionable circuit board.
17. A combined method to reduce motion artifact and power line interference for wearable healthcare systems.
18. A 60µW 10Mb/s fully digital FSK demodulator for power-jitter efficient medical BAN.
19. Arm-band type textile-MP3 player with multi-layer Planar Fashionable Circuit Board (P-FCB) techniques.
20. Emerging low energy Wearable Body Sensor Networks using patch sensors for continuous healthcare applications.
21. Wireless fabric patch sensors for wearable healthcare.
22. Compact textile patch antenna for wearable fabric applications.
23. Chapter 7: Low-power Rasterizer Design: 7.5: Detailed Design with Register Transfer Level Code.
24. Chapter 7: Low-power Rasterizer Design: 7.4: Instruction Set Architecture (ISA).
25. Chapter 6: Real Chip Implementations: 6.2: Industry Architecture.
26. Chapter 6: Real Chip Implementations: 6.1: KAIST RAMP Architecture.
27. Chapter 5: Mobile 3D Graphics SoC: 5.2: Low-power Shader.
28. Chapter 5: Mobile 3D Graphics SoC: 5.1: Low-power Rendering Processor.
29. Chapter 4: Mobile 3D Graphics: 4.2: Mobile 3D Graphics APIs.
30. Chapter 4: Mobile 3D Graphics: 4.1: Principles of Mobile 3D Graphics.
31. Chapter 3: Introduction to 3D Graphics: 3.2: Programmable 3D Graphics.
32. Chapter 3: Introduction to 3D Graphics: 3.1: The 3D Graphics Pipeline.
33. Chapter 2: Application Platform: 2.4: Network-on-Chip based SoC.
34. Chapter 2: Application Platform: 2.2: System Architecture.
35. Chapter 2: Application Platform: 2.1: SoC Design Paradigms.
36. Chapter 1: Introduction: 1.4: About this Book.
37. Chapter 1: Introduction: 1.2: Mobile Devices and Design Challenges.
38. A wearable inductor channel design for blood pressure monitoring system in daily life.
39. A 54GOPS 51.8mW analog-digital mixed mode Neural Perception Engine for fast object detection.
40. A 1.3pJ/b inductive coupling transceiver with adaptive gain control for Cm-range 50Mbps data communication.
41. A 0.5µVrms 12µW patch type fabric sensor for wearable body sensor network.
42. Low energy wearable body-sensor-network.
43. An Integrated Circuit for Wireless Ambulatory Arrhythmia Monitoring Systems.
44. An energy-efficient dual sampling SAR ADC with reduced capacitive DAC.
45. A Wearable Fabric Computer by Planar-Fashionable Circuit Board Technique.
46. A 118.4GB/s multi-casting network-on-chip for real-time object recognition processor.
47. A 1.55ns 0.015 mm2 64-bit quad number comparator.
48. An area efficient shared synapse cellular neural network for low power image processing.
49. Vision Platform for Mobile Intelligent Robot Based on 81.6 GOPS Object Recognition Processor.
50. Body channel communication for low energy BSN/BAN.
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