KEYWORDS: Telecommunications, Printed circuit board testing, Control systems, Indium nitride, Video, Switches, Switching, Mobile communications, System integration, Software development
The Mobile Distribution Point of ICT Infrastructure (MPDIT) is a unique project of an innovative mobile device integrating modern ICT solutions with advanced hardware architecture and a modular design. The primary function of MPDIT is to effectively increase public safety and counteract and reduce many types of threats, such as natural disasters, unexpected interruptions in securing the area in IT services, and intentional damage to ICT infrastructure. As a result of the project, the applied tool improves the effectiveness of the Police and thus increases people's safety. The article discusses the design of a specialized command console that enables functional integration and joint management of various communication systems. In addition, the advanced IT solutions used are briefly presented.
The article discusses a system prototype's project concept and technical construction (Intelligent Data Acquisition Module - IDAM). The IDAM system will enable the receipt of data from camera traps using the MMS, SMS, e-mail, and FTP standard. It ensures the integration of various types of wildlife camera traps owned by the Border Guard with the possibility of adding other sensors with standard input/output ports. It will be a fully scalable system based on innovative IT solutions with a cyber security module ensuring encryption at the interface between an open GSM network and the Internet, an internal data processing and communication system. Independent secure, and resistant to jamming communication channels are also presented.
This paper describes the design of the RF front-end, currently implemented as a part of a long-range UHF radio transceiver. The project aims to condition the commercial WiFi HaLow (IEEE 802.11ah) signal to fit in the desired frequency band and enable communication for longer distances. Assumptions of the design, described at the beginning, are followed by a more detailed description of subsequent hardware functional blocks that handle data transmission.
In situations of failure of communication systems or lack of access to telecommunications infrastructure, it is necessary to use alternative solutions [1]. In such a situation, it is possible to use a dedicated vehicle equipped with various communication means. The standard limitation of all means of communication is the limited range. One of the ways to increase the range may be the use of MESH networks. If humans wear MESH network devices, the structure of this network can change dynamically. When only short text messages are transmitted, changes in the network structure may be unnoticeable to users; however, in the case of large amounts of data transmissions, e.g., during an audio/video connection, the method of implementing a network topology change may be necessary.
The Simulation Training Platform of the PADO platform, STP PADO, is an innovative technical solution that allows for future system operators' demonstration and training. Its job is mapping modes of a real system through the availability of data from many different observing systems of Border Guard, BG. The primary function of the STP is to train and familiarize staff with optoelectronic technology adequately. The article discusses the proposed solution concept, hardware architecture construction, and STP training functionality. The idea is to give up the high and ego level of mapping the host system and appropriate efficiency and training capacity. The system assumptions correspond to the Table Top Trainer series simulator, TTT, in the client-server architecture.
In situations of failure of communication systems or lack of access to telecommunications infrastructure, it is necessary to use alternative solutions. One way is to use vehicles equipped with a variety of data transmission methods. An example of such a vehicle is the Mobile Distribution Point of ICT Infrastructure (MPDIT) which integrates modern and sophisticated ICT solutions. The vehicle is equipped with many different transmitting and receiving devices, however, the range of which is limited. One of the methods of increasing the range and reliability of communication links is the use of MESH networks. MESH nodes are carried by people, they create a dynamic structure, the functioning of which is possible even if some nodes stop working. The paper also presents a way to solve the problem of simultaneously ensuring high network throughput and large ranges by integrating two types of MESH networks.
This article discusses the construction of a prototype of a platform that provides the integration of video signals from multiple sources. Video sources can be both existing CCTV systems based on analog cameras, modern systems based on IP cameras and individual cameras of various types. The system consists of portable units that provide signal conversion, its encoding, video streaming and transmission over IP protocols. A distributed and modular prototype of the VSI system was developed. The system consists of modular devices that integrate video streams, user terminals and central system. The VSI prototype provides simultaneous access to a large number of real- time video streams . The system is fully modular, which enables easy expansion of both hardware and software. The article presents the obtained architecture and exemplary operating results.
KEYWORDS: Video, Standards development, Telecommunications, Data integration, Printed circuit board testing, Data transmission, Global system for mobile communications, Connectors, Cameras
The Operational Data Aggregation Platform (PADO) is an innovative technical solution that integrates modern ICT techniques with advanced hardware architecture based on a modular design. Its task is to integrate data from many different observational systems of the Border Guard (BG). The basic function of PADO is to increase the safety and effectiveness of BG activities effectively. The article discusses the proposed solutions for the construction of hardware architecture for the PADO platform, which enable the integration of data obtained from various systems and devices used in BG tactics. The system must ensure high reliability of work in severe propagation conditions, ICT performance in the area of information through a variety of communication channels mutually cooperating and low latency. One of the critical aspects of the system is the ability to modify the hardware layer through the implementation of modular construction and solutions based on modern standards and technologies.
KEYWORDS: Video, Cameras, Databases, System integration, Video surveillance, Imaging systems, Signal processing, Information security, Software development, Video processing
The article presents selected results of research conducted by the consortium under the implemented project for national defense and security on “Video Signals Integrator" Acronym – VSI. Project Leader: Warsaw University of Technology. The consortium: Police Academy in Szczytno, Atende Software Ltd., VORTEX Ltd. No. DOB-Bio7/01/02/2015 funded by the National Centre for Research and Development. The essence of the Video Signals Integrator is to acquire and process signals from multiple sources: existing monitoring systems based on analog cameras, modern systems based on IP cameras, different types of individual cameras. The efficient functioning of the device depends on the properly prepared Configuration Database of the Central Video Integrator System. The configuration database contains information necessary to operate the system by users, both in the scope of authorizations (data of users who can use consoles of particular types) as well as sources of streams processed by the system. It also creates the possibility of grouping streams according to their source. This option allows the user to identify the sources of a given signal and the corresponding response. The functional requirements were taken into account in the development of the concept of Configuration Database. As a result of the research, a design of the pilot version of the VSI system will be created, along with complete server software and a full-sized user console.
Mobile Distribution Point of ICT Infrastructure (MPDIT) is an innovative mobile device that integrates modern ICT solutions with advanced hardware architecture with a modular design. The basic function of MPDIT is to effectively increase public safety and counteract and reduce many types of threats, such as natural disasters. The article discusses considered hardware architecture construction solutions for the MPDIT project. It must ensure high reliability of operation in difficult operating conditions, ICT performance in terms of throughput information through a variety of communication channels that cooperate and low latency. Critical is the ability to modify the hardware layer by implementing a modular construction and based solutions based on modern standards and technologies.
The Video Concentration Device (VCD) is the component of the Video Signals Integrator (VSI). The whole VSI is a complex hybrid system containing hardware, firmware, and software components and can integrate and serve video signals from many sources. The VCD is a portable device capturing video signals in various formats from different sources, and transmitting them to the VSI server. Due to high complexity, VCD is equipped with a diagnostic system providing the possibility to remotely manage it. Its functions include the update of the firmware and software, starting the special diagnostic version of the firmware and the software, low-level expert access. In most cases it should eliminate the necessity of the on-site expert’s intervention, except in case of hardware failure
The paper describes the prototype implemetantion of the Video Signals Integrator (VSI). The function of the system is to integrate video signals from many sources. The VSI is a complex hybrid system consisting of hardware, firmware and software components. Its creation requires joint effort of experts from different areas. The VSI capture device is a portable hardware device responsible for capturing of video signals from different different sources and in various formats, and for transmitting them to the server. The NVR server aggregates video and control streams coming from different sources and multiplexes them into logical channels with each channel representing a single source. From there each channel can be distributed further to the end clients (consoles) for live display via a number of RTSP servers. The end client can, at the same time, inject control messages into a given channel to control movement of a CCTV camera.
KEYWORDS: Video, Video surveillance, System integration, Cameras, Standards development, Video compression, Telecommunications, Computer programming, Databases, Computing systems
The purpose of the project is development of a platform which integrates video signals from many sources. The signals can be sourced by existing analogue CCTV surveillance installations, recent internet-protocol (IP) cameras or single cameras of any type. The system will consist of portable devices that provide conversion, encoding, transmission and archiving. The sharing subsystem will use distributed file system and also user console which provides simultaneous access to any of video streams in real time. The system is fully modular so its extension is possible, both from hardware and software side. Due to standard modular technology used, partial technology modernization is also possible during a long exploitation period.
KEYWORDS: Video, Video surveillance, Cameras, Imaging systems, Legal, System integration, Data processing, Information security, Telecommunications, Control systems
Preventing and eliminating the risks of terrorist attacks or natural disasters as well as an increase in the security of mass events and critical infrastructure requires the application of modern technologies. Therefore there is a proposal to construct a tool that integrates video signals transmitted by devices that are a part of video monitoring systems functioning in Poland. The article presents selected results of research conducted by the Police Academy in Szczytno under the implemented project for national defense and security on “Video Signals Integrator" Acronym – VSI. Project Leader: Warsaw University of Technology. The consortium: Police Academy in Szczytno, Atende Software Ltd., VORTEX Ltd. No. DOBBio7/ 01/02/2015 funded by the National Centre for Research and Development.
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