ACCMS
ACCMS – Advanced Communication Control Management System
Abramak Radio Network System consists of three main modules: ACCS – Advanced Communication Control System , management ACMS – Advanced Communication Management System Abr and Sistem Network Devices Abr.
Existing systems are in circuit-switched mode and cannot offer the possibilities of modern packet switched networks. ACCMS adapts the circuit-switched communication system to a modern packet-switched system using existing circuit infrastructure and without a shortage of operational problems. In this way, an appropriate architecture is provided to the known OSI network layer model.
ACCMS, within the scope of tactical communications needs; User Stations (KI), Safe and Unsecured External Sound over HF and V / UHF radio channels, Internal voice between BSECs, MIS / Link Data / SEMAC terminals to enable Safe External Data communications over HF and V / UHF radio channels provides the required switching and control functions. ACCMS is an integrated structure to perform the necessary manual / automatic switching and control functions in order to define the connection requirements of the external and internal communication systems of the ship in the desired configuration according to the task.
ACCSM Network Architecture
1) NAVAL INTEGRATED COMMUNICATION SYSTEM ACCMS Structure.
ABRAMAK has developed ACCMS (Advanced Communication Control Management System).
The concept is fully flexible, providing technical and operational solutions to all class navy platforms with IP based integrated communication capability based on modular open architecture design.
ACCMS uses state-of-the-art technology with easily integrated interfaces
connects old-new communication components.
2) ACCMS – Advanced Communication Control Management System
Abramak Radio Network System consisting of three main modules,
”ACCS – Advanced Communication Control System i, Gelişmiş ACMS – Advanced Communication Management System“ and İletişim Network Tools “.
Basic Architecture is shown in the following diagram:
ACMS replaces the OSI Layer 3 functions with other adaptations required for wireless communication capabilities.
Another small functionality, ACMS offers a standard, hardware and independent ACCS management console interface.
Existing systems operate in a circuit-switched structure and cannot offer the possibilities of modern packet switching networks.
ACCMS adapts the circuit-switched communication system to a modern packet switched system using existing circuit infrastructure and without operational restrictions. Thus, an architecture suitable for the known OSI network layer model is provided.
In this architecture, OSI Layer I, OSI Layer II (Physical (Phy), and Media Access Layer (MAC) are primarily units with the ACCS unit.
The ACCS replaces the external communication circuits when the radios, including satellite systems, are defined before and especially when “switched off” by the matrix.
Its main task is to convert analogue analog circuit components into digital data and convert them into a form suitable for packet switching.
ACCS also provides a red-black zone
discrimination.
In accordance with IP-based network rules, ACCMS functions to manage digital data from the ACCS component.
On the other hand, ACMS can also determine the frequency required for communication, select an antenna etc.
3) ACMS – Advanced Communication Management System
The parameters to which the radios can be used (DATA, Sound), which frequencies should work, automatic or operator request arrangements. Known radio features and frequency, power, modulation and so on. Places and equipment that will best communicate with the parameters can be estimated and the radio can be set automatically.
The raw audio and data to be transmitted from the radios via ACCS are adapted to the network conditions.
Converts the audio output of the analog audio signal to any format (digital or analog). From
Analog audio input signals to transmit digital audio accs.
Synchronous / asynchronous data received from the wireless connection is adapted to the network conditions.
Transfer the old system as a serial connection output.
It provides at least 4 separate network support, one of which is wired network.
It organizes packet switching between networks.
Ensuring the use of packages with the specified specifications, prioritization and bandwidth utilization.
Allows data from IP-based networks to be converted to suitable formats for wireless networks or other networks.
Keeps records of communication and follow-up by the system.
Provides the necessary infrastructure to provide “Network-Centric War Feature” to external systems and radio systems called networks.
