In the light of the characteristics of urban mass transit, this paper introduces the telecommunication information system and the technology of its branches, including transport system, public telecom system, private telecom system, broadcasting system, TV supervision system, power system, time-table system and wireless communication system.
In this scenario, we should analysis the traditional telecom system's process flow and data modal firstly, through the configuration file, mapping the function and data to OSS/J's standard interface and shared information data separately, so the traditional telecom system will be looked as a component of OSS/J and provide a unified OSS/J function for up layer.
Along with the reform of local telecom system continuously pushed forward and the initial formation of the efficient competition structure and form, each telecom company's market competes is promoted completely, the business structure is gradually diversified, the innovation serve and the comprehensive business management are the inevitable trend and choices that the telecom business developments.
As the telecom system an application object, this paper presents a kind of unusual customers recognition system based on multi\|criteria neural networks (MCNN) and classification and regression tree (CART) in telecommunication system.
In the third section we describe the telecom system related issues for tunable gratings, including characterization of grating performance, tunability requirements and results from actual system trials using tunable FBGs.
We present three empirical studies of exploring data repositories of a large telecom system developed by an Ericsson organization in Grimstad-Norway.
The probe design used commercial parts in the telecom system and in a number of other locations.
The physical layer within a telecom system has many linear passive compo nents that create reflections due to impedance discontinuities.
The interaction will consist of the reception of data in the broadcast stream and two-way communication via a telecom system.
The Telecom system is a distributed communication network. With the communication system, the one to one, one to multi-point and multi-point to multi-point distributed data communication can be achieved. The system bases on backstage and Chinese-window operation which is full functioned and reliable in performance. After practical uses, the success of the design has been proved. This paper introduces the design principle of the Telecom system in detail.
The current status of Russia's telecom infrastructure does not correspond to the country's increasing demands. The creation of a commercial digital overlay network is apparently the only possible solution to modern telecom services provisioning. This article describes the main specific features of the existing telecom networks in Russia, and provides analysis of the telecom statistics and forecasting of the main characteristics and the future scenarios of the evolving telecom system.