ICS WARFARE


Military Radio Network Simulation and Planning Software, Model:ICS WARFARE
HTZ warfare features a comprehensive set of radio planning capabilities that enables the design and optimization of military communication networks for frequencies ranging from a few kHz up to 450GHz. Unique electronic warfare and tactical communications functions allow accurate simulation of the battlefield for advanced mission planning. HTZ warfare is developed for and used worldwide by: 　C4ISR: Computerized Command, Control, Communications , Intelligence, Surveillance, Reconnaissance services 　 Armed forces (Air, Navy, Land) 　 Police, emergency, border patrol and security services 　 Military spectrum regulators 　 MODs 　 Tactical communications 　 Military equipment makers Main functions of HTZ warfare Radio planning 　Network coverage calculation 　 Interference analysis 　 Automated frequency planning 　 Spectrum management 　 Network optimization 　 Civilian technologies 　 Co-existence management 　 Aeronautical capabilities 　 Digital cartography 　 Google Earth export 　 Online access to worldwide maps 　 Frequency from a few kHz up to 450GHz 　 Interoperability with SQL and XML databases Electronic warfare 　Battlefield communications modeling 　 On-The-Move capabilities 　Radars 　Satellites 　 Microwave links 　 Jammers 　 Direction finders 　 Interception 　 UAV, MLAT calculations 　 PMR and trunked radio systems HTZ warfare comes as an “all-in-one” solution covering the full radio spectrum and all radio technologies. It is provided with worldwide cartographic data base including digital terrain model, clutter and image layers. Screens:
Simulation To study jamming efficiency, interception and band sharing, HTZ warfare can simulate networks in a random mode. In that mode, the new network is composed of a random number of users in a given area. The size of the network is not limited. Statistical charts illustrating simulation results extensively describe interactions between existing and future networks.
Comparison Measurement/Prediction HTZ warfare imports fields strength measurements in various formats, analyses them and then compares them against predicted area coverage along the same route. From a graph of measured verses predicted and by analysing an associated correlation file the user can confirm use of the appropriate model or where variance is found, to optimise the model for the environment encountered.
Terrain Profile and Path Budget HTZ warfare has a range of different functions allowing the creation of terrain profiles between two stations. These profiles take into account the ground occupancy between the two link terminals and this can then be edited following ground surveys. A passive repeater can be used. Complete path budget calculations are generated automatically for digital or analogue microwave links containing free space loss, diffraction and ultimately, path reliability. The path analysis takes into account multiple ground reflections. HTZ warfare also considers space diversity and optimises the installation of a second reception antenna.
Direction finders HTZ warfare features a direct interface with a Direction Finding system. HTZ warfare can receive messages, store the locs, correlate the bearings coming from several direction finders and display the results on the map.
Radar coverage and interception This function calculates the coverage of a ground based radar system, positioned by the user, against a target of known radar cross section at different height intervals. HTZ warfare also examines the vulnerability of a ground based or air radar to interception, simulates countermeasures, calculates the Doppler effect…
Definition of Microwave links All links are defined by the technical characteristics of the two terminals. These characteristics can be entered through individual parameters or by selecting terminal equipment, antennas and feeders from a user built database.

Main functions of HTZ warfare