Parallel Emergency Management of Incidents by Integrating OODA and PREA Loops: The C2 Mechanism and Modes

Given the differences of command and control (C2) activities between the field command center and the emergency operations center (EOC), this article combined the edge C2 theory with the parallel C2 theory, and proposed a parallel incident C2 mode based on the observe–orient–decide–act (OODA) loop and planning–readiness–execution–assessment (PREA) loop. The aim is to build up a PREA loop-based parallel incident C2 mode and its related operating mechanism of edge empowerment and energy release in parallel incident C2 mode. The parallel incident C2 mode based on the PREA loop and OODA loop supports the co-existence and connection of the two roles of the incident C2 agent at the emergency scene. The two roles are the executive role of emergency response and operation and the command and organization role of the edge emergency system. This article initiates a deep integration of two different C2 process mechanisms in the emergency response and operation process, taking into account the local emergency scene and the global emergency system. Taken together, a key issue has been well addressed regarding the contradiction that the traditional emergency response cannot be reconciled in terms of rapidity and thoroughness. Author

The prototype system of public emergency command, dispatch, and control service for mobile target based on Beidou precise new time and space under the situation of epidemic

In this paper, under the influence of the current new corona pneumonia (2019 - nCoV), a prototype system of public emergency command and control service for Beidou's precise new space-time mobile target is proposed. This system uses the Beidou positioning equipment to be embedded in the mobile terminal and further realizes the precise control of the positioning trajectory of logistics vehicles and related personnel through the Beidou new space-time mobile target public emergency command and control service prototype system. At the same time, the grid difference technology is used to improve the positioning accuracy of the moving target so that the unmanned robot in the epidemic area can work more accurately. While reducing the risk of infection, the efficiency of epidemic prevention can be improved through systematic data analysis. The data can be collected through the platform to form an analysis report to provide decision support in the government's epidemic prevention and control work. © 2022 SPIE

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Some of the major orders acquired during the year were Avionics Pack for Light Combat Aircraft (LCA), Advanced Electronic Warfare Suite for Fighter Aircraft, Instrumented Electronic Warfare Range (IEWR), Electronic Voting Machine (EVM) and Voter Verifiable Paper Audit Trail (VVPAT), Cdr TIT90 Tank, COMINT System, Radar Warning Receiver (RWR) and Missile Approach Warning System (MAWS) for C-295 Programme, Electronic Gun, IoT Gateway, etc. Some of the flagship projects executed during FY 2021-22 were Missile Systems (Air Defence Weapon System and LRSAM), Command and Control Systems, Communication and Encryption products, various Sonars, Electro-optic Systems, Fire Control Systems, Gun Upgrades, various Radars, Electronic Warfare Systems, Coastal Surveillance System, Un-manned Systems, Home Land Security Systems, Smart City projects, K-FON, Medical Electronics, etc. Major products exported included Coastal Surveillance System, Trans-Receive (TR) Modules, EO-IR Payload System, Compact Multi-Purpose Advanced Stabilization System (EOS CoMPASS), Solar Hybrid Power Plant, Data Link, Electro-Mechanical parts, Low Band Receivers (LBREC), Medical Electronics, Spares for Radars, etc.