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Programmer: Alan Kopta (kopta@comm.mot.com) Program: bc_direct Description: sends a message from each node to every other node using direct communication. Programmer: Alan Kopta (kopta@comm.mot.com) Program: bc_share_rec Description: sends a message from each node to a location where another message from another node is expected. Programmer: Kuang-chun Tao (taokuan@charlie.cns.iit.edu) Program: kt_amdc1 Description: Document for the Programming Techniques with processes for synchronous remote procedure call. Programmer: Kuang-chun Tao (taokuan@charlie.cns.iit.edu) Program: kt_amdc2 Description: Document for the Programming Techniques with Processes for Direct Communication. Programmer: Kuang-chun Tao (taokuan@charlie.cns.iit.edu) Program: kt_amdc3 Description: Document for the programming Techniques with processes for Asynchronous remote procedure calls. Programmer: Kuang-chun Tao (taokuan@charlie.cns.iit.edu) Program: kt_amdc4 Description: Document for the Programming Techniques with Processes for the Job Jars. Programmer: Kristi Cablk (kristi@lucent.com) Program: klc_direct Description: Sample program for the Programming Techniques with Processes for Direct Communication. Programmer: Kristi Cablk (kristi@lucent.com) Program: klc_share Description: Sample program for the Programming Techniques with Processes for Shared Records. Programmer: Kristi Cablk (kristi@lucent.com) Program: klc_unordq Description: Sample program for the Programming Techniques with Processes for Unordered Queues. Programmer: Kristi Cablk (kristi@lucent.com) Program: klc_lock Description: Template program for the Programming Techniques with Processes for Locks. Programmer: Kristi Cablk (kristi@lucent.com) Program: klc_sema Description: Template program for the Programming Techniques with Processes for Semaphores. Programmer: Ismail Kadayif (kadaism@charlie.cns.iit.edu) Program: convol Description: Convolution problem solution using AMDC. Programmer: Whoo Soon Han (hanwhoo@charlie.cns.iit.edu) Program: pi Description: Program for calculating pi. Pi may be calculated by calculating the area under the curve 4/(1+x*x) in the interval from 0 to 1 by multi-processing and remote procedure call. Programmer: Jeff Mounce (mounce@mot.com) Program: AMDC-shmem.tar Program: AMDCshmem1.0.doc Description: Shared Memory Implementation of AMDC Uses shared memory to pass messages between nodes. Number of nodes is specified by the -n# option to AMDC programs. Currently works with # nodes <9 nodes. file: AMDC-shmem.tar to unpack: tar xvf AMDC-shmem.tar to compile: 1. cd AMDCshmem/src 2. make libamdc.a to compile a test program: 1. cd AMDCshmem/testing 2. edit the Makefile and add your program name after the list in "TESTS =" 3. make "program" SYSTEM=sgi |
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