Changes between Version 10 and Version 11 of Workshops/Rice_2007November


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Timestamp:
Oct 3, 2007, 12:57:29 PM (17 years ago)
Author:
snovich
Comment:

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  • Workshops/Rice_2007November

    v10 v11  
    2020[http://warp.rice.edu/trac/wiki/Workshops/Rice_2007March: Workshop Materials]
    2121[[BR]]
    22 Course Outline
    2322
    24 DAY 1 - 9am-5pm
     23'''Course Outline'''
     24
     25'''DAY 1''' - 9am-5pm
     26
     27* Overview : WARP Hardware and Design Environment
     28Attendees will learn about the hardware-level capabilities of WARP and the system-level design flow. A brief presentation will be followed by a lab exercise where attendees will use the design tools to implement a simple hardware co-processor on the FPGA.
     29
     30* Implementation of Physical Layer Protocols
     31Classical physical layer algorithms such as orthogonal frequency division multiplexing (OFDM) will be presented in the context of physical layer design for WARP. Following the presentation, attendees will use the design tools learned in the previous exercise to generate base-band waveforms on the FPGA and upconvert them to RF using the WARP radio boards.
     32
     33'''DAY 2''' - 9am-5pm
     34
     35* Implementation of Network Protocols
     36Networking protocols will be discussed in the context of design realization and at-scale experimentation on WARP. Specifically, the medium access control (MAC) layer will be the focus. Using WARP's medium access framework, attendees will implement a simplified ALOHA protocol and demonstrate its capabilities with real-world traffic from a PC.
    2537
    2638
    27 
    28 Overview : WARP Hardware and Design Environment
    29 Attendees will learn about the hardware-level capabilities of WARP and the system-level design flow. A brief presentation will be followed by a lab exercise where attendees will use the design tools to implement a simple hardware co-processor on the FPGA.
    30 
    31 Implementation of Physical Layer Protocols
    32 Classical physical layer algorithms such as orthogonal frequency division multiplexing (OFDM) will be presented in the context of physical layer design for WARP. Following the presentation, attendees will use the design tools learned in the previous exercise to generate base-band waveforms on the FPGA and upconvert them to RF using the WARP radio boards.
    33 
    34 DAY 2 - 9am-5pm
    35 
    36 Implementation of Network Protocols
    37 Networking protocols will be discussed in the context of design realization and at-scale experimentation on WARP. Specifically, the medium access control (MAC) layer will be the focus. Using WARP's medium access framework, attendees will implement a simplified ALOHA protocol and demonstrate its capabilities with real-world traffic from a PC.
    38 Helpful Material: Medium Access Overview and knowledge of C programming.
     39'''Helpful Material''': [http://en.wikipedia.org/wiki/Medium_access_control: Medium Access Overview] and knowledge of C programming.
    3940
    4041