Herzl
Davida Herzl, San Francisco, CA US
Patent application number | Description | Published |
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20140278144 | DISTRIBUTED SENSOR SYSTEM WITH REMOTE SENSOR NODES AND CENTRALIZED DATA PROCESSING - A distributed sensor system includes a set of spatially distributed base units and a central server both in communication with a data network. Each base unit includes a controller and one or more sensor modules where each sensor module includes a sensor configured to measure an air quality parameter. Each base unit transmits raw sensor data associated with each of the sensor modules over the data network and the central server receives the raw sensor data from the base units and stores the raw sensor data in a database. | 09-18-2014 |
20140278186 | CALIBRATION METHOD FOR DISTRIBUTED SENSOR SYSTEM - Methods of calibrating sensors in a distributed sensor system including a set of spatially distributed base units in communication with a central server over a data network include using a reference sensor, using a reference base unit, using crowd-sourced calibration, using sensor data collected in the same base unit, using sensor cross-sensitivity, or using sensor data from known environmental conditions. | 09-18-2014 |
Robert D. Herzl US
Patent application number | Description | Published |
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20090045836 | ASIC LOGIC LIBRARY OF FLEXIBLE LOGIC BLOCKS AND METHOD TO ENABLE ENGINEERING CHANGE - A chip design methodology and an integrated circuit chip. The methodology includes providing a plurality of logic gates in a net list, wherein each of the logic gates comprises at least one spare input, synthesizing the net list, and connecting the spare inputs for performing an engineering change late in the design process. | 02-19-2009 |
Robert Dov Herzl, South Burlington, VT US
Patent application number | Description | Published |
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20140337855 | Termination of Requests in a Distributed Coprocessor System - A system and method of terminating processing requests dispatched to a coprocessor hardware accelerator in a multi-processor computer system based on matching various fields in the request made to the coprocessor to identify the process to be terminated. A kill command is initiated by a write operation to a coprocessor block kill register and has match enable and value for each field in the coprocessor request to be terminated. Enabled fields may have one or more values associated with a single request or multiple requests for the same coprocessor. At least one match enable must be set to initiate a kill request. A process kill active signal prevents other coprocessor jobs from moving between operational stages in the coprocessor hardware accelerator. Processing jobs that are idle or do not match the fields with match enables set signal done with no match and continue processing. Processing jobs that do match the fields with match enables set are terminated and signal done with match. When all processing jobs have signaled done, a done bit is set in the coprocessor block kill register to indicate completion of the kill to the initiating software. The register also holds the match status of each processing job. | 11-13-2014 |
Roland Herzl, San Francisco, CA US
Patent application number | Description | Published |
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20140278144 | DISTRIBUTED SENSOR SYSTEM WITH REMOTE SENSOR NODES AND CENTRALIZED DATA PROCESSING - A distributed sensor system includes a set of spatially distributed base units and a central server both in communication with a data network. Each base unit includes a controller and one or more sensor modules where each sensor module includes a sensor configured to measure an air quality parameter. Each base unit transmits raw sensor data associated with each of the sensor modules over the data network and the central server receives the raw sensor data from the base units and stores the raw sensor data in a database. | 09-18-2014 |
20140278186 | CALIBRATION METHOD FOR DISTRIBUTED SENSOR SYSTEM - Methods of calibrating sensors in a distributed sensor system including a set of spatially distributed base units in communication with a central server over a data network include using a reference sensor, using a reference base unit, using crowd-sourced calibration, using sensor data collected in the same base unit, using sensor cross-sensitivity, or using sensor data from known environmental conditions. | 09-18-2014 |