External Interface from T-systems X Fault clearing on all BSS elements.
Installation, commissioning and integration of different type's of. Independent fault clearance and fault analysis evaluation by means of diagnostic software.
Data-trace and fault clearing. Routing and subscriber - Data structure. Function test for all boards and cable. Instruction new test case with Alcatel own Software. Ihr Passwort muss mindestens achtstellig sein und Zeichen aus zwei der folgenden vier Kategorien enthalten:. JavaScript ist in Ihrem Browser deaktiviert!
Fachlicher Schwerpunkt dieses Freiberuflers. Projekte Alle ausklappen Alle zuklappen. Remote integration supporting activities Creating and integrating base stations. RIC data fill support. Creating graphical alarm views in NetAct for monitoring purposes. Downloading all needed software to sites. Remote troubleshooting support for NodeB's for faults that occurs during the rollouts.
Troubleshooting related to integration failures and escalation as required. In principle, the inventive method is based on the extension of the use for HCS method for determining the speed of the mobile radio terminal in the event that HCS is not used. Another essential component of the inventive process is the calculation of the speed-dependent parameter "Treselection" and "Qhyst" influencing the "speed" of the cell reselection depending on the speed of the mobile terminal.
iPad – Technische Daten
A possible improvement of the method according to the invention prevents each new parameters for "Treselection" and "Qhyst" on the BCH to be radiated. To this end, proposes a variant of the method that a speed-dependent scaling factor, as is introduced as the "scaling factor", which can be influenced depending on the mobile terminal speed, the existing parameters "Treselection" and "Qhyst".
The invention object of the present invention is derived not only from the subject of the individual claims, but also from the combination of the individual claims with each other. All disclosed in the documents, including the summary information and features, in particular the spatial design presented in the drawings, are claimed as essential to the invention insofar as they individually or in combination over the prior art are new. Method for optimising cell reselection performance in a mobile telephone system according to the UMTS standard or 3G standard, wherein optimisation of cell reselection performance is effected by a change of cell reselection parameters as a function of the speed of a mobile telephone terminal, wherein for application of the method, non-hierarchical cell structures are used, wherein after determining the speed status of the mobile telephone terminal, a change in cell reselection averaging value, for example "Treselection", is effected, and this is based on a speed-dependent scaling of an already existing speed-independent cell reselection averaging value, for example of the parameter "Treselection", and in addition a change in cell reselection threshold value "Qhyst" is effected, and this is based on the scaling of an already existing speed-independent parameter, for example "Qhyst".
Method according to claim 1, characterised in that speed-dependent optimisation of cell reselection performance is formed using a principle which essentially does not have the use of hierarchical cell structures according to 3GPP Method according to claim 1 and 2, characterised in that speed-dependent optimisation of cell reselection performance is carried out by means of using a UE-based decision, wherein the mobile telephone terminal is either in a "low" or in a "high-mobility" state and essentially the precondition for this does not have the configuration of hierarchical cell structures, HCS in a mobile telephone system according to UMTS standard.
Method according to claim 1 to 3, characterised in that speed-dependent optimisation of cell reselection performance can be implemented and determination of the speed of a mobile telephone terminal takes place by recording the number of cell reselections NCR in the time interval TCR and the precondition for this does not have the configuration of hierarchical cell structures in a mobile telephone system according to UMTS standard.
Method according to claim 1 to 5, characterised in that speed-dependent optimisation of cell reselection performance can be implemented and that after determining the speed status of the mobile telephone terminal, a change in cell reselection averaging value "Treselection" is effected, wherein the latter is essentially not based on the transmission of a special speed-dependent parameter "Treselection".
Method according to claim 1 to 7, characterised in that speed-dependent optimisation of cell reselection performance can be implemented and after determining the speed status of the mobile telephone terminal, a change in cell reselection threshold value "Qhyst" is effected, wherein the latter is essentially not based on the transmission of a special speed-dependent parameter "Qhyst".
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Method according to claim 1 to 8, characterised in that speed-dependent optimisation of cell reselection performance according to one of the previously mentioned methods can be applied only for the mobile telephone terminal state "idle". Method according to claim 1 to 12, characterised in that speed-dependent optimisation of cell reselection performance according to one of the previously mentioned methods can be applied for a combination of mobile telephone terminal states mentioned in claim 9 - DE DEA1 en Method for optimizing cell reselection performance in a mobile network according to the UMTS standard.
Method and system for station location based neighbor determination and handover probability estimation. A method and control unit for optimizing a decision-making process for the control of cell switch in a cellular network. Method for selecting a mobile radio area, mobile radio communication device, method for transmitting signals into a mobile radio area, and mobile radio network unit. Method of cell selection in a hierarchical cell structure based on cell quality.
System and method for cell search and selection in a wireless communication system. System and method for providing enterprise integration in a network environment. Methods and network devices for optimizing utilization of network resources and MTC devices.
iPad – Technische Daten – Apple (DE)
Apparatus and method for providing handover support inforamtion in mobile communication system. Method of performing a handover procedure in a wireless telecommunication network. Method for moving in wireless communication system and apparatus supporting same. Reporting radio access network congestion information in a network sharing environment.
Apparatus and method for controlling cell reselection timer in communication system. System and method to facilitate group reporting of user equipment congestion information in a network environment. Wireless communication system connection transfer control method e. Methods and apparatus for performing cell reselection for supporting efficiently hierarchical cell structures. Mobile communciations system,mobile station,control method and recording medium. Mobile communication system, mobile station and a control method and a program used therefor.
Method and apparatus for soft handover area detection using inter-band measurements. Cell reselection method and apparatus for preventing ping-pong in a mobile communications system. Adjusting the transmission power of a forward access channel FACH , and a corresponding network for mobile telecommunications. The method for handing over a terminal to a macrocell, the system, terminal device, the access node, and gateways.
Multicellular communication system handover method e. Method and apparatus for processing of control signals in a mobile station of a mobile radio system. Genau dieser Fragestellung widmet sich auch diese Ausarbeitung. Oder werden beide Technologien friedlich nebeneinander verschiedene Zielgruppen bedienen? Eine kurze Marktanalyse zu beiden Standards beleuchtet die derzeitige Marktsituation und zeigt aktuelle Prognosen. Die realisierbaren Entfernungen sind relativ gering.
Nachteil von Bluetooth ist allerdings ein geringerer Datendurchsatz. Verschiedene breitbandige Standards sind bereits etabliert oder versuchen sich gerade am Markt durchzusetzen. In Europa wird typischerweise ein exklusiv reserviertes Frequenzband von bis MHz verwendet.
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- The Two Shall Be One!
- WLAN und UMTS - Konkurrierende oder komplementäre Technologien?.
- Fachlicher Schwerpunkt dieses Freiberuflers.
- Die Versteigerung von UMTS-Mobilfunklizenzen - Ökonomischer Sinn und rechtliche Problematik.
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Bluetooth verwendet das lizenzfreie 2,4-GHz-Band. Es besteht aus einem Master, der unter anderem das Frequenz-Hopping steuert, und bis zu sieben Slaves. Es handelt sich ebenfalls um eine Funktechnologie im lizenzfreien 2,4 GHz-Band. Obwohl sich der Parallel dazu gibt es mittlerweile auch die Mobile Terminals kommunizieren mit dem Access Point, der seinerseits die Verbindung ins Festnetz herstellt.
Zu jedem Zeitpunkt kann eine Verbindung immer nur mit einem Access Point unterhalten werden.