11 sample documents related to EECS 123

• 
  6_config_ini_file.pdf

  CSU Channel Islands EECS 123
  

  Kane Kim EECS123: Introduction to Real-Time Distributed Programming Config.ini File and GUI Feb-07 1 UCI DREAM Lab Outline Introduction to \"config.ini\" Configuration of \"config.ini\" Master node TMO network configuration manager (TNCM) Clock
   
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  4_GlobalTime.pdf

  CSU Channel Islands EECS 123
  

  EECS 123: Introduction to Real-Time Distributed Programming Global Time & Clock Synchronization Lecture : Some materials in this slide-set are from Hermann Kopetz, \'Real-Time Systems - Design Principles for Distributed Embedded Applications\', Kluwe
   
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  2009sp_0_course_overview.pdf

  CSU Channel Islands EECS 123
  

  Kane Kim ECES 123: Introduction to Real-Time Distributed Programming Course Outline Apr-2009 1 UCI DREAM Lab Course Objectives To introduce modern high-level language / API approaches for programming applications involving timing-sensitive acti
   
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  assignment2-eecs123-s09.pdf

  CSU Channel Islands EECS 123
  

  ASSIGNMENT #2 EECS 123 SPRING 2009 DUE DATE: April 21, 2009 (Tuesday), 5:00pm Description: 1. In this assignment, you are required to realize UDP/IP communication between two computers in the same subnet. As shown in Figure 1, two processes are run
   
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  2009sp_8_config_ini_file.pdf

  CSU Channel Islands EECS 123
  

  Kane Kim EECS 123: Introduction to Real-Time Distributed Programming Lecture: Config.ini File and GUI Apr-2009 1 UCI DREAM Lab Outline Introduction to \"config.ini\" Configuration categories of \"config.ini TMOSM Main A. Distributed computing no
   
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  Assignment_3.pdf

  CSU Channel Islands EECS 123
  

  ASSIGNMENT #3 EECS 123 WINTER 2007 In this assignment, you are going to implement two SpMs and one ODSS in one TMO as shown in Figure 1. ODSS Save key values into ODSS. FIFO Read key values from ODSS. ReadKey SpM Poll keys periodically. PrintKe
   
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  2009sp_5_GlobalTime.pdf

  CSU Channel Islands EECS 123
  

  EECS 123: Introduction to Real-Time Distributed Programming Lecture: Global Time & Clock Synchronization Some materials in this slide-set are from Hermann Kopetz, \'Real-Time Systems - Design Principles for Distributed Embedded Applications\', Kluwer
   
• 
  microphone-cb.pdf

  CSU Channel Islands EECS 123
  

  Microphone using callback function #ifndef _AUDIO_CAPTURER_H_ #define _AUDIO_CAPTURER_H_ #include <windows.h> #include <mmreg.h> #include <mmsystem.h> #include <assert.h> #pragma comment(lib,\"winmm.lib\") const const const const int int int int NUM_OF
   
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  assignment4-eecs123-s09.pdf

  CSU Channel Islands EECS 123
  

  ASSIGNMENT #4 EECS 123 Spring 2009 DUE DATE: May 21, 2009 (Thursday), 5:00pm Instructions In this assignment, you are going to implement an audio recording program. It opens the local microphone device in callback mode with a phone quality configura
   
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  assignment5-eecs123-s09.pdf

  CSU Channel Islands EECS 123
  

  ASSIGNMENT #5 EECS 123 Spring 2009 DUE DATE: June 4, 2009 (Thursday), 5:00pm Instructions In this assignment, you are going to implement a TMO-based chatting program on two distributed nodes. The following figure shows the basic structure of the pr
   
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  assignment3-eecs123-s09.pdf

  CSU Channel Islands EECS 123
  

  ASSIGNMENT #3 EECS 123 Spring 2009 DUE DATE: May 4, 2009 (Monday), midnight Instructions In this assignment, you need to implement a program with a simple TMO including one spontaneous method (SpM): One SpM, called countSpM(), periodically prints th