摘要:
A method and system (100) for collating data in a distributed computer network are disclosed. A set of data packets is initially received from a group of non-synchronous compute nodes (108a-n and 110a-n). Each of the set of data packets is provided by one of the non-synchronous compute nodes. (108a-n and 110a-n). Then, the data packets are inserted into a software container according to user predetermined rules for determining a logical order for the data packets. The common groups of the data packets are located within the container according to the user-predetermined rules. The container is protected against incomplete groups of the data packets due to system anomalies or quality of service within the distributed computer network. Finally, the logical group of the data packets that represent an aggregate packet is output from the non-synchronous compute nodes (108a-n and 110a-n) after the grouping criteria.
摘要:
An optical data processing network having an optical network interface is disclosed. The optical data processing network includes a first multi-processor system (10) and a second multi-processor system (20). The first multi-processor system (10) includes a first set of processors (11) and a first set of optical network interfaces (12) electrically coupled to the first set of processors (11). Similarly, the second multi-processor system (20) includes a second set of processors (21) and a second set of optical network interfaces (22) electrically coupled to the second set of processors (21). An optical cable (19) is connected between the first set and the second set of optical network interfaces (12, 22). The first multi-processor system (10) communicates with the second multi-processor system (20) via the optical cable (19).
摘要:
An optical data processing network having an optical network interface is disclosed. The optical data processing network includes a first multi-processor system (10) and a second multi-processor system (20). The first multi-processor system (10) includes a first set of processors (11) and a first set of optical network interfaces (12) electrically coupled to the first set of processors (11). Similarly, the second multi-processor system (20) includes a second set of processors (21) and a second set of optical network interfaces (22) electrically coupled to the second set of processors (21). An optical cable (19) is connected between the first set and the second set of optical network interfaces (12, 22). The first multi-processor system (10) communicates with the second multi-processor system (20) via the optical cable (19).
摘要:
An optical data processing network having an optical network interface is disclosed. The optical data processing network includes a first multi-processor system (10) and a second multi-processor system (20). The first multi-processor system (10) includes a first set of processors (11) and a first set of optical network interfaces (12) electrically coupled to the first set of processors (11). Similarly, the second multi-processor system (20) includes a second set of processors (21) and a second set of optical network interfaces (22) electrically coupled to the second set of processors (21). An optical cable (19) is connected between the first set and the second set of optical network interfaces (12, 22). The first multi-processor system (10) communicates with the second multi-processor system (20) via the optical cable (19).
摘要:
A system is provided for assisting in the detection and tracking of narrowband signals arriving at an antenna array operating over a wide detection bandwidth and in a crowded RF environment. Since the nature of the detection mission is constrained to be a general search, the system does not attempt to detect signals of interest via matched filtering mechanism (i.e. training sets), but exploits general properties such as power, frequency, time and angle of arrival. For the purposes of providing sufficient Frequency/Time resolution as well as to avoid array overloading in the detection process, the digitized wideband streaming data is frequency channelized using a sufficient high revisit rate for the signal set of interest, constrained by the required feature detection accuracy or environment adaption rates.
摘要:
An optical data processing network having an optical network interface is disclosed. The optical data processing network includes a first multi-processor system (10) and a second multi-processor system (20). The first multi-processor system (10) includes a first set of processors (11) and a first set of optical network interfaces (12) electrically coupled to the first set of processors (11). Similarly, the second multi-processor system (20) includes a second set of processors (21) and a second set of optical network interfaces (22) electrically coupled to the second set of processors (21). An optical cable (19) is connected between the first set and the second set of optical network interfaces (12, 22). The first multi-processor system (10) communicates with the second multi-processor system (20) via the optical cable (19).