发明名称 Heart beacon cycle
摘要 Systemic, adaptive procedural template comprised of common building blocks forming template frameworks i.e., self-organizing, mutually reinforcing service, system, process, procedure components derived situational understanding, state meta data signaling replication systems consisting of TCP/IP heartbeat, heartbeat messages signaling during micro-macro report cycles of state meta-data sync deltas <class> typed with <ORG_ID>, <URN> time stamped prior to data fusion-center insertion followed by reports aggregated, recalculated, relayed through synchronization, conversion gateways then merged into macro-cycle reports where metrics, metering are described by using Paul Revere meme linear, sequential hop count, water-drop in-pond meme geo-spatial temporal intensity measures, metrics recording sync deltas change across time/space viewed on appliqué displays using Russian Matryoshka doll techniques where each view adds to, changes the nature, meaning of composite views while retaining original appliqué views unique qualities as decision support aids in best effort, best practice by federated groups
申请公布号 US2014310243(A1) 申请公布日期 2014.10.16
申请号 US201213573002 申请日期 2012.08.13
申请人 McGee Steven James;McGee Tammy Lee 发明人 McGee Steven James;McGee Tammy Lee
分类号 G06F17/30 主分类号 G06F17/30
代理机构 代理人
主权项 1. A systemic, adaptive procedural template method used to improve synchronization in metrics, metering, using <ORG_ID>, <URN> XML data tags in signaling during heartbeat micro-cycles prior to data fusion center entry consisting of iterative, heartbeat cycle metrics, meters reporting where state meta data heartbeat snapshot recalculations are performed at off site connectors that are signaling relays, conversion, recalculation points processing during macro-cycle epochs dissimilar standards, formats, that are then reported, news-casted to appliqué overlays.
地址 Oceanport NJ US