Changes between Version 109 and Version 110 of Embedded Real-Time Measurements
- Timestamp:
- 04/21/11 16:22:03 (13 years ago)
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Embedded Real-Time Measurements
v109 v110 146 146 147 147 === Software and Hardware Code Releases === 148 [[Image(ERM_Box_Architecture.png, 45%)]] 148 [[Image(ERM_Box_Architecture.png, 45%)]] [[BR]] 149 149 150 The ERM Box is a robust, universally deployable device that consists of a suite of software and a set of hardware components that can support embedded real-time optical layer measurement, and further utilize this measurement capability to support cross-layer control. The following codes are soon to be released: 150 The ERM Box is a robust, universally deployable device that consists of a suite of software and a set of hardware components that can support embedded real-time optical layer measurement, and further utilize this measurement capability to support cross-layer control. The following codes are soon to be released: [[BR]] 151 151 152 - NetFPGA Development Board HW Verilog Code 153 -> SOA Controller Code - used to control the gain of the Semiconductor Optical Amplifier (SOA) 154 - Network Equipment Interface 155 -> perfSONAR MP code used to obtain optical layer measurements from the Polatis OXC and Infinera DTN (see IMF code release) 156 -> Software interface to obtain optical layer measurements from the Fujitsu FlashWave 9500 and a specially-built optical performance monitor (OPM) 152 - NetFPGA Development Board HW Verilog Code [[BR]] 153 -> SOA Controller Code - used to control the gain of the Semiconductor Optical Amplifier (SOA)[[BR]] 154 - Network Equipment Interface [[BR]] 155 -> perfSONAR MP code used to obtain optical layer measurements from the Polatis OXC and Infinera DTN (see IMF code release)[[BR]] 156 -> Software interface to obtain optical layer measurements from the Fujitsu FlashWave 9500 and a specially-built optical performance monitor (OPM)[[BR]] 157 157 158 Additionally, we developed a simulation environment with networking model incorporating the ERM Box and cross-layer measurement capabilities enabling experimental modeling in large scale networks. These simulation source codes will also be released soon. 158 Additionally, we developed a simulation environment with networking model incorporating the ERM Box and cross-layer measurement capabilities enabling experimental modeling in large scale networks. These simulation source codes will also be released soon. [[BR]] 159 159 160 160 === Connectivity ===