Real Time Estimation and Prediction Using Optimistic Simulation and Control Theory Te


 
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Old 07-08-2008
Real Time Estimation and Prediction Using Optimistic Simulation and Control Theory Te

Neo
Tue, 08 Jul 2008 04:45:35 +0000
Jeffrey S. Steinman, Ph.D. WarpIV Technologies, Inc and Timothy Busch, Ph.D., Air Force Research Labs, Rome Labs describe ongoing R&D in a wide variety of use cases that benefit from continuous real-time state estimation to predict future outcomes.
This presentation is an excellent example of the future of complex event processing where the notion of using Kalman Filters for estimation and prediction illustrates*one of the operational challenges*for folks working in the CEP problem domain.
Example use cases include air traffic control, road congestion, energy grid management, battlespace management, and economic forecasting.


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mosy(8) 						      System Manager's Manual							   mosy(8)

NAME
mosy - The managed object syntax compiler. SYNOPSIS
/usr/sbin/mosy [-d] [-i] [-o output_file] [-s] [-1] input_file OPTIONS
Specifies no duplicate entries in the output file. By default, if duplicate entries exist in the input file, they will also exist in the output file. Specifies that errors are ignored. This option causes the mosy program to create an output file even if it encounters errors. The default behavior is that the mosy program generates no output file when errors are encountered. Specifies the file to create for mosy output. If not specified, the output file is derived from the input file name by replacing the suffix with or appending input_file is not specified (or is specified as a hyphen (-) for standard input), output goes to standard output. You can also use a hyphen (-) to specify the output file name, which means output to standard out. Indicates silent mode which turns off the default behavior of printing out objects names, type names, and identifiers. Specifies that the mosy program will perform only the first validation pass when compiling. The mosy program prints the input_file contents as it parses, which is useful when debugging syntax errors. OPERANDS
Specifies a text file in MIB format describing a set of managed objects. If you do not specify an input_file or specify a hyphen (-), the program accepts input from standard input. DESCRIPTION
The mosy program reads a description of an SNMP-managed objects module (extracted from a MIB) and produces a simple ASCII file containing equivalent definitions. The output file is used by various management applications. In particular, mosy output files are used as input to the snmpi program when developing extensible SNMP subagents for Tru64 UNIX. The input_file is typically obtained by cleaning up an RFC file that defines a MIB. (You can use the /usr/examples/esnmp/mib_converter.sh script to perform this task.) For a complete description of using mosy and developing subagents refer to the Network Programmer's Guide. EXAMPLES
Compile the file chess.my with the output going to the file chess.defs. # mosy chess Clean up the MIB defined in RFC1514.txt and compile it, placing the output in file fred.objects # /usr/examples/esnmp/mib-converter.sh < rfc1514.txt > rfc1514.my # /usr/sbin/mosy -o fred.objects rfc1514.my You must copy the /usr/examples/esnmp/mib-converter.sh program to another directory and make it executable in order to perform this operation. FILES
SEE ALSO
Commands: snmpd(8), snmpi(8), snmp_request(8) Network Programmer's Guide IDENTIFICATION
Marshall T. Rose, Performance Systems International This work was partially supported by the U.S. Defense Advanced Research Projects Agency and the Rome Air Development Center of the U.S. Air Force Systems Command under contract number F30602-88-C-0016. It has been modified for use in Tru64 UNIX extensible SNMP. mosy(8)