Dissertation > Excellent graduate degree dissertation topics show

EHCI - based protocol of OTG USB 2.0 FPGA Design and Implementation

Author: ChenXingYu
Tutor: LiGuangJun
School: University of Electronic Science and Technology
Course: Information and Communication Engineering
Keywords: USB2.0 OTG controller EHCI High - speed host controller FPGA design
CLC: TP334.7
Type: Master's thesis
Year: 2008
Downloads: 136
Quote: 3
Read: Download Dissertation

Abstract


Universal Serial Bus (USB) is a computer peripheral serial communication interface standard , hot-swappable , plug and play , reliable data transmission , easy to expand , low cost. USB OTG specification out of the concept of interconnection between the PC and peripherals , it USB application to the embedded field . OTG controller module OTG USB2.0 IP core module . It by HNP ( main from exchange) protocol and SRP ( Session Request ) protocol , embedded USB device to switch roles between the host and the device . High-speed host controller module when the dual- role device used as a host module , USB host is the core part of the USB bus , it is responsible for managing all the information of the entire USB bus , engine all transfers . This paper first introduces the overall structure of the OTG USB 2.0 IP design , hardware and software partitioning , storage, and data transmission . And the a basic USB2.0 protocol and UTMI agreement core part of an overview . This paper studies the OTG supplement specification , according to the protocol OTG controller hardware and software division , and completed the hardware part of the RTL design and verification . This paper studies the the EHCI agreement and Philips ISP1761 chip , combined with the characteristics of non - bus connection between the IP and the MCU to design more in line with the IP a more concise high - speed host controller data scheduling method , the same reasonable hardware and software partitioning , and the completion of the hardware part of the RTL design and verification . The IP Synopsys' USB Series VIP -assisted verification , and using Altera's FPGA Finally, the paper as the ultimate realization of the environment and the results of the validation and testing of the system . In this thesis, OTG USB2.0 IP -core design issues as the background , the research has a certain value of work .

Related Dissertations

  1. A High-Speed Data Acquisition System Based on USB2.0,TP274.2
  2. Design of Photoelectric Conversion and Data Acquisition System Based on USB2.0,TP274.2
  3. Research and Design on Performance Improvements of Satellite Communication Earth Station Control Circuit Based on FPGA,TN927.2
  4. Infrared focal plane arrays based on USB2.0 data acquisition system,TP274.2
  5. Infrared auto focus and image capture technology research,TP391.41
  6. The Design of Coulostatic Corrosion Monitor Based on USB Interface,TH86
  7. Development of the Pneumatic Marker System Based on USB2.0 Interface,TH138.9
  8. Design of Image Acquisition and Processing System of Ultrasonic Endoscope Based on USB Isochronous Transfers,TH776.1
  9. Study of Paper Currency Image Information Aquisition and Detection System,TH693.5
  10. Designation and Realization of the Neurological Rehabilitation Acquisition System Based on USB2.0,TP274.2
  11. Research of the Software Integrity in Embedded Systems,TP368.12
  12. Research on USB2.0 Bus Controller FX2 Structure Principle and Application,TN402
  13. Research on Longtime Seabed Noise Collection Technology,P733.22
  14. Design of ARM7 Control and Communication Module Based on VME-Bus,V243
  15. Development of a Software Radio System Based on PCI Bus,TN925
  16. Research on Internal Thread Detection System and Its USB Interface Circuit,TP274
  17. Design of Data Acquisition and Real-time Processing System Based on USB2.0 and DSP,TP274.2
  18. Based on USB2.0 Camera-free Drive Firmware Design,TP391.41
  19. IP Design for USB2.0 Host/Device Controller and OTG Research,TM571
  20. Design USB2.0 Controller Based on Xilinx FPGA Technology,TP273
  21. The FPGA Implementation of USB Device Interface Chip,TN791

CLC: > Industrial Technology > Automation technology,computer technology > Computing technology,computer technology > Electronic digital computer (not a continuous role in computer ) > External device > Interface devices,plug-in
© 2012 www.DissertationTopic.Net  Mobile