78 results about "Macro cell" patented technology

A system and method for recording, storing, transferring and viewing trace data from a processor with an embedded trace macrocell. The system provides for compression of repetitive trace records using an algorithm which identifies compressible trace record streams, creates a highly compressed processed trace record stream and stores the processed trace record stream in trace RAM. Thereafter, the processed trace record stream may be transferred to a host computer, expanded and displayed or printed for analysis.

The invention relates to a base station, a wireless communication system and a switching method. The invention comprises the steps that public channels and service channels are distributed on the service carrier frequency of an indoor covering system, and working frequency points of the service carrier frequency of the indoor covering system are different from working frequency points of the service carrier frequency of an outdoor macro cell system; the public channels are distributed on the beacon carrier frequency of the indoor covering system, system information only including the working frequency point information of the service carrier frequency of the indoor covering system is sent through the public channels, and the working frequency points of the beacon carrier frequency of the indoor covering system are identical to the working frequency points of the beacon carrier frequency of the outdoor macro cell system. The realization of the embodiment of the invention ensures mobile terminals to be successfully resided and be smoothly switched into anticipated wireless communication systems, thus effectively solving the problems of one frequency interference and pilot frequency pollution existing between adjacent wireless communication systems, and enhancing the communication quality of the communication systems.

A method for instigating a location / routing area update procedure (LAU / RAU) when a piece of user equipment (UE) reselects its communication base station from a macro base station to a shorter range base station positioned within a macro cell of the macro base station is disclosed. The method comprises the steps of establishing a radio resource control connection between the UE and the shorter range base station; registering the UE with the shorter range base station; assigning location area code data (LAC) and routing area code data (RAC) from the shorter range base station to the UE; whereinthe LAC and RAC data are the same data as the LAC and RAC data provided to the UE by the macro cell base station, whereby the UE does not perform a LAU / RAU procedure when it moves out of range of theshorter range base station and recommences communication with the macro base station.

A system and a method for connecting macro cellular base stations into mini type base stations are applicable to a mobile communication apparatus having a covering range provided by macro cell base stations upon entering into a range provided by mini type base stations for automatic switching. The method includes establishing a database stored with information related to a geographic distribution for mini type base stations and a listing of authorized admission for allowing mobile communication apparatus to enter; acquiring the geographic area of the mobile communication equipment in order to search the database for at least one mini type base station based on International Mobile Subscriber Identity of the mobile communication apparatus for allowing the mobile communication apparatus to enter into the searched mini type base station from the macro cell base stations for communication.

A programmable array logic circuit macrocell using ferromagnetic memory cells. More particularly, the present invention uses a non-volatile ferromagnetic memory cell to temporarily store binary data. It is an advantage of the invention to have the ferromagnetic memory cells or bits to store data even when there is no power provided to the circuitry, thus saving power during operation of the programmable logic circuitry, and ensuring that there is no loss of the data should there be a temporary power shutdown. Additionally, the ferromagnetic cells provide for indefinite number of switching actions on the data without degradation to the capacity to store data therein, thus eliminating "write fatigue". The invention provides an integrated circuit, comprising a programmable OR array (24), a programmable AND array (28), coupled to the programmable OR array, and a macrocell output circuit (22). The macrocell uniquely has a ferromagnetic bit (11) and sensor (12) coupled to store remnant output signal, and an output buffer (34), coupled to output the remnant output signal upon receiving an output enable signal. The macrocell may further include a DQ register that contains the ferromagnetic bit. The DQ register may also include a drive coil, which at least partially surrounds the ferromagnetic bit. Drive coils may have a bi-directional current that sets the polarity of the ferromagnetic bit. The bi-directional current may be switched by two sets of transistor pairs (Q10 and Q11). The two sets of transistor pairs may, in turn, be gated by first and second transistor respectively. The first and second transistors may be responsive to a DATA signal that is received when a CLOCK signal is received.

A Small Cell Network in which a terminal is simultaneously served by a macro cell and one or more small cells. These may operate at different frequencies, and may have different bandwidths, traffic loading and support different QoS (Quality of Service). The terminal indicates its preference of cell to employ for its uplink data transmission by sending a scheduling request using a cell selected from a set of cells by the mobile terminal, depending on the UL channel characteristics for the cells in the set and / or on other criteria.

The invention discloses a method and a system for lowering descending out-of-band radiated interference of a micro cell to a macro cell terminal. The method comprises the following steps: a micro cell determines the time-frequency sources position used by an uplink channel of a macro cell terminal on a second frequency band; the radio frequency power or the radio frequency signal intensity of signals emitted by the macro cell terminal to the micro cell is measured on the time frequency position, and the measurement result and / or recognition information of the macro cell terminal are / is reported to a network side; the network side determines the macro cell terminal suffering from strong downlink out-of-band radiated interference of the micro cell by utilizing the content reported by the micro cell, and assigns downlink channel resources out of a first downlink out-of-band radiated interference isolation frequency band for the macro cell terminal on the first frequency band, and / or assigns downlink channel resources out of a third downlink out-of-band radiated interference isolation frequency band for micro cell wireless switched points of the micro cell on a third frequency band. According to the scheme, the out-of-band radiated interference of the macro cell terminal subjected to the micro cell strong interference of micro cell wireless switched points can be lowered.

The invention provides a detection method for failure of a chip instruction cache memory. The method comprises the steps that 1, a plurality of minimum instruction units are preset in the chip instruction cache memory; 2, according to the recursiveness of a macro function, macro function units are established step by step, each grade of the macro function unit is provided with the corresponding minimum instruction unit in a wrapping mode, and each grade of the macro function unit wraps the front grade of the macro function unit to form a big function; 3, a logic operation unit ALU in a CPU obtains instructions of all the minimum instruction units in the big function from the cache memory to execute, the logic operation unit ALU takes access each bit of the cache memory, the instructions in the big function are executed in sequence, the big function is executed completely, and then the whole chip instruction cache memory is traversed; 4, the fact whether the failure or the abnormality of the chip instruction cache memory occurs or not can be judged according to the completion or not completion of the big function. The invention further provides a detection system for the failure of the chip instruction cache memory. By means of the detection method and system of the failure of the chip instruction cache memory, the detection efficiency is improved, intermediate links of the chip detection are quickened, and the time and the power are saved.

Various methods and devices are provided to address the need for interference mitigation in heterogeneous wireless networks. In one method, a small cell network node provides (301) diversity reception for uplink communications of user equipment (UE) served by a macro cell network node. The small cell network node and the macro cell network node coordinate (302) the scheduling of uplink resource blocks so that the UE and user equipment served by the small cell network node are not scheduled during the same uplink resource blocks.