Abstract:
PURPOSE: A transmission method is provided to efficiently use wireless resources when broadcast information is transmitted by efficiently managing carrier waves in a multiple carrier wave system. CONSTITUTION: A base station constitutes a super frame in order to operate a multiple carrier wave. The base station determines at least one carrier wave as a main carrier wave among a plurality of candidate carrier waves(S100). The candidate carrier wave is a carrier wave to be used as the main carrier wave. The main carrier wave is used to transmit a control message and data between a terminal and a base station. The base station transmits broadcast information through the main carrier wave(S110).
Abstract:
PURPOSE: A method for supporting a low duty operation mode in a femto cell system is provided to efficiently transmit AI(Availability Interval) information transmitted to a terminal. CONSTITUTION: Base station 1(210) transmits the first pattern information which is a sequence of a major AI. One or more major AIs are intervals where a femto base station is activated. Base station 2(220) transmits the second pattern information as a sequence of at least one secondary AI. The femto base station operates based on a basis pattern which is a sequence including at least one AI or at least one secondary AI.
Abstract:
PURPOSE: A method for scanning and apparatus thereof is proceed a scanning operation with an usage of an arbitrary carrier. In that way the resources is utilized efficiently according to the purport of the multi carrier. CONSTITUTION: An MS(Mobile Station) is proceed data transmit and receive of the uplink/down link and serving base station through the first carrier and the second carrier(S101). If the handover situation, the mobile station transmits the scanning section allocation request message through the first carrier in the serving base station(S102, S103). A serving base station decides the allocation of the scanning section in consideration of the communications environment about the mobile station. A mobile station is proceed the scanning about neighbor bases through the second carrier(S106).
Abstract:
PURPOSE: A femto cell search method for macro to femto handover is provided to minimize the MAC(Media Access Control) overhead by excluding the neighbor femto cell list within the base station advertise message MOB NBR ADV(Mobile Neighbor Advertisement) message which the macro cell transmits. CONSTITUTION: A terminal broadcasts the respective dummy preamble to the exclusive symbol assigned in the first base station(S130). The terminal decides the dummy preamble coincides for the triggering condition(S150). The terminal creates the femto cell information request message in the first base station(S160). The first base station transmits the femto cell information response message in the terminal(S190). The femto cell information response message comprises the neighbor femto cell list about obtained femto cell IDs. The terminal looks for the candidate base station(S200).
Abstract:
본 발명의 이동통신시스템에서의 자원 할당 방법, 맵 구성 방법 및 맵 전송 방법에 관한 것이다. 본 발명에 따르면, 기지국은 동적 자원을 요구하는 서비스에 대해서는 매 프레임 전송 시마다 무선자원을 할당하고, 일정 시간 동안 고정적인 자원을 요구하는 서비스에 대해서는 한 번의 할당만으로 할당된 무선자원을 고정적으로 사용하도록 맵을 구성한다. 이 경우, 고정 할당되는 무선자원은 무선자원 영역의 맨 끝 슬롯부터 위치시킨다. 한편, 단말은 고정 할당에 대한 정보가 포함된 맵을 수신하는 경우, 응답 정보를 통해 기지국에게 고정 할당 정보를 수신하였음을 알린다. 자원 할당, 맵, 고정 할당, 동적 할당, VoIP, 토글 패턴
Abstract:
A method for assigning resources in consideration of the power limit of a mobile station and transmitting signal is provided to allocate resource within the limit power of the mobile station and minimize the resources allocated in the frequency axis. A communications resource corresponding to a mobile station is allocated through a plurality of frames. The assignment information of the communications resource is transmitted to the mobile station. Transmission signal is received through the communications resource. The transmission signal includes at least two coded blocks channel-coded about one data. The assignment information of the communications resource includes the transfer period information of data. The communications resource is additionally allocated about the mobile station.
Abstract:
A method for signaling map in an OFDMA system reduces an amount of wireless resources by transmitting MAP(Mobile Application Part) with small overhead. A map heading about one or more maps is generated(S501). The generated map heading is transmitted(S502). Each map is transmitted by the map heading(S503). The map heading includes the length of each map and of the transmission mode of each map about each map. The transmission mode of each map is previously set in the OFDMA system or is set by broadcast information.
Abstract:
A position detecting method is provided to detect the position of a mobile station by changing the ranging manner used at the existing system, thereby enhancing the efficiency. When the position measurement of a mobile station is needed, the first base station requests the dedicated ranging region for the corresponding mobile station to the adjacent second base station(S10). Thereafter, the second base station allocates and transmits the parameter for the dedicated ranging to the first base station(S12). The first base station allocates the parameter for the dedicated ranging between the corresponding mobile station and the first base station(S14). Thereafter, the first base station inserts the allocated parameter as the TLV(Type/Length/Value) shape into the ranging response message and transmits the ranging response message to the corresponding mobile station(S16). The first base station activates and transmits the dedicated ranging indicator to the defined UL(Up-Link)-MAP to the mobile station(S18). Thereafter, the mobile station transmits the CDMA code included into the ranging response message to the first base station(S20). The first base station measures the timing control value relating to the arrival time of the CDMA code by means of the received CDMA code(S22).
Abstract:
A resource allocation map configuration method in a mobile communication system is provided to reduce the size of a map for notifying each terminal of resource allocation information, while radio resources allocated to each terminal can be exactly notified regardless of a reception error for a previous or another map. A mobile terminal identifier string which consecutively marks identifiers of mobile terminals is included in a resource allocation map(S10,S11). Indexes are set by mobile terminal according to marking sequence of the mobile terminal identifiers, and indexes of mobile terminals equivalent to RBs(Resource Blocks) of radio resources are allocated(S12,S13). Index bit patterns for arraying the indexes allocated to each RB according to sequence of the RBs included in the radio resources are included in the resource allocation map(S14).
Abstract:
A method for transmitting acknowledgement to hybrid ARQ packets in an OFDMA system and a transceiver for the same are provided to improve efficiency for transmitting an uplink signal by using the whole wireless resources by scrambling the acknowledgement signal after storing the acknowledgement signal of each mobile terminal in the allocated ACK channel. A method for transmitting acknowledgement to hybrid ARQ packets in an OFDMA system includes the steps of; producing an acknowledgement signal to an HARQ packet received from the base station; confirming an ACK channel allocated to the mobile terminal through the received HARQ packet; loading the acknowledgement signal to the confirmed ACK channel; and transmitting the acknowledgement signal loaded ACK channel to the base station using the uplink.