56results about How to "Avoid conflict situations" patented technology

A method for storing keyword is disclosed, which includes: a keyword is operated respectively on the first and the second hash function in order to obtain the first and the second hash bucket addresses; the first and the second hash buckets are searched according to the first and the second hash bucket addresses; if no compressed keyword which conflicts with the compressed keyword of the keyword exists in the first hash bucket, the compressed keyword of the keyword and the pointer of the keyword are stored into the first hash bucket when the first hash bucket has remaining space; or the compressed keyword of the keyword and the pointer of the keyword are stored into the second hash bucket, when the first hash bucket has no remaining space and the second hash bucket has remaining space, and no compressed keyword which conflicts with the compressed keyword of the keyword exists in the second hash bucket. A method for searching keyword, a device for storing keyword and a device for searching keyword are also disclosed. The present invention enables increasing memory utilization ratio greatly and saving memory space and bandwidth.

The method includes applying countermark from LSP management module in synchronization when LSP being created by MPLS, if the application is successful settnig up LSP; informing countermark cancellation information related to LSP to LSP in asynchronization means by MPLS after the LSP information being cancelled; listing counter mark cancellatino information after all LSP cancellation information in message quene of LSP management module. Since the countermark has no relation with any LSP, which can be applied continuously by the other module so that LSP collision at operation with multiple MPLS protocol modules can be avoided. It provides two strategies of true and false release for asynchronous countermark to solve countermark synchronization control problem considering countermark switching requirement in some cases.

This application discloses an information binding method, device and equipment, which relate to the field of Internet technology, and can match and bind the information of entity objects settled in multiple channels and then import them into the data platform, so that the information of entity objects in the data platform is clear , to achieve efficient management of entity objects. The method includes: responding to the binding instruction of the entity object information in the external channel, obtaining the target entity object information to be bound to the data platform; using the attribute identification of the target entity object information as the association basis, and The information is matched with the created entity object information in the data platform; if the match is successful, the target entity object information in the external channel is bound with the corresponding entity object information in the data platform.

The invention relates to a time division synchronous code division multiple access system, and in particular discloses a blind test feedback of the time division synchronous code division multiple access system and a method for receiving the same. The method comprises the following steps that: configuring HS-SICH corresponding to pre-defining resources of the blind test on UE by a network, simultaneously setting the timing sequence relationship of the pre-defining resources and the HS-SICH, thereby avoiding the conflict between the pre-defining resources and the HS-SICH with current configuration, reducing the waste of signaling resources and improving system capacity. The HS-SICH which does not correspond to the HS-SCCH can be configured to correspond to the pre-defining resources of theblind test, or the HS-SICH also corresponds to the HS-SCCH while corresponding to the pre-defining resources of the blind test, the HS-SCCH is given up for scheduling, and the physical resources of the HS-SCCH given up is used for sending other data except the HS-SCCH.

The embodiment of the present invention provides a method and device for connecting a dedicated network line. The method includes: connecting the outgoing network dedicated line to the connection port of the server, and creating a dedicated network namespace for the outgoing network dedicated line ; Create a pair of virtual network cards, including a first virtual network card and a second virtual network card, for mapping the network namespace from the network dedicated line of the receiving party to the network dedicated line of the receiving party, and adding the first virtual network card to The virtual network of the network namespace; creating a first virtual network bridge for bridging the port and the second virtual network card, and determining the second virtual network bridge of the server; based on the first virtual network The bridge and the second virtual network bridge add the network namespace to the private line of the access party through the first virtual network card. The present invention not only avoids the occurrence of network address conflicts, but also avoids the use of dedicated hardware for connection.

The invention is applicable to the field of data processing technology and provides a data read-write method and equipment thereof. The method comprises the steps that data reading instruction information is acquired; data writing instruction information is acquired; whether a conflict will be generated when a response is made to the data reading instruction information and the data writing instruction information at the same time is judged according to preset operation conflict judgment rules, a first data address index number and a second data address index number; and if a conflict will be generated when a response is made to the data reading instruction information and the data writing instruction information at the same time, conflict avoiding operation is executed. By acquiring the data address index numbers in the data reading instruction information and the data writing instruction information in two processes, whether a conflict will be caused when a response is made to two instructions at the same time is judged, and therefore the problems that according to an existing computing equipment data processing technology, when read-write operation is performed on the same data region of a shared storage unit in different processes, operation exclusion will occur due to a lack of conflict avoiding rules, much time is wasted for making a new response to relevant read-write operation, and data processing efficiency is lowered are solved.

The application relates to a self-learning method and a self-learning system for steering wheel buttons. The vehicle-mounted system realizes the advancement of the self-learning process based on the driver's voice signal transmitted by a voice input device. The in-vehicle system obtains the voltage signal generated by the driver pressing the physical buttons on the steering wheel, so as to bundle and match the short button function and / or long button function with the voltage signal, realizing the custom assignment of button functions. The on-board system avoids conflicts between the voltage signals between the buttons by correcting the button data. The self-learning method and self-learning system of the steering wheel buttons involved in this application unifies the differences of the steering wheels of all models, does not need to do differentiated software design for different models, and simplifies the design of the man-machine interface at the same time, making the steering wheel self-learning It can adapt to the needs of different models and different users, which improves the quality of the software and reduces the cost of the software.

The invention provides a PCI planning method for a plurality of co-site sectors. The method comprises the steps of acquiring the neighboring cell priorities of each cell, wherein the neighboring cell priorities are composed of a co-site neighboring cell priority and a neighboring cell priority; according to physical cell identifiers (PCI) adopted in the neighboring cells of each cell and the neighboring cell priorities, allocating a PCI set to each cell; according to the above PCI set, allocating PCIs to each cell. The invention also provides a PCI planning device for the plurality of co-site sectors. The device comprises a priority calculation module, a PCI set allocation module and a PCI allocation module. According to the technical scheme of the invention, the PCI conflicting phenomenon among a plurality of co-site sectors can be effectively avoided. Therefore, the method and the device can be applied to the PCI planning of various systems.