init

Abstract: A Client/Server Database system is described which includes a Database Server providing methods eliminating duplicates from an ordered tuple stream (e.g., resulting from a query involving a database "join"), without the need for performing an expensive sort operation. Specifically, the system provides a "filter" which eliminates duplicates without having to perform a sort. The filter, which is implemented as an optimization at the level of the query processor, comprises two basic pieces. The first piece, INIT -- FILTER, simply serves to initialize the filter--that is, the piece sets a flag that forces the filter to pass the first tuple encountered and to construct a first key from it. The second piece, FILTER, serves as the actual filter, when the system scans the tuple stream. If the current tuple has the same key as the preceding tuple, then the current tuple is thrown away. Otherwise, the current tuple is passed and a new key is constructed from it. The positions of both INIT -- FILTER and FILTER in a given join order are important. INIT -- FILTER immediately preceeds the scan which initializes the filter; FILTER immediately follows the scan which actually performs the filtering.

Abstract: A location service-providing system and a method for providing a deferred location request service by using previously computed position estimates. In the system and the method, if an H-SLP transmits an SUPL INIT message including location information to a target SUPL Enabled Terminal (SET) according to a location service request from an SUPL AGENT, the location information including at least one of a previous position estimate and previous assistant data, the target SET receives the SUPL INIT message, determines whether it is possible to provide the location service by reusing at least one of the location information in the SUPL INIT message and previously stored location information, when it is possible, determining position information by reusing at least one of the location information in the SUPL INIT message and the previously stored location information, and providing the SUPL AGENT with the position information..

Abstract: Exemplary methods include in response to receiving an indication to perform an in-service software upgrade (ISSU), an init process executing on a current root file system is configured to perform operations comprising: 1) releasing the current root file system by setting an indication that the ISSU is in progress, and terminating processes executing on the current root file system, and 2) switching from the current root file system to a new root file system by moving a root from the current root file system to the new root file system, moving critical system files from the current root file system to the new root file system, unmounting the current root file system, and executing an init process on the new root file system. The init process executing on the new root file system is configured to perform operations comprising starting processes on the new root file system.

Abstract: PROBLEM TO BE SOLVED: To write the initial data of all memory cells in a short period of time, to permit the initialization at any time after the supply of electric power, and to perform the initialization without deteriorating the operational margin. SOLUTION: A plurality of word lines 1a-4a are connected to respective cells of a memory cell circuit B2-1, each is provided with a word signal control circuit B1-1 for supplying a word signal prepared from an initialization signal Init. Using the plurality of initialization signals Init, the word signal control circuit B1-1 may be divided, and the memory cell circuit B2-1 may be written, collectively or for each memory cell block. As a result, the data of respective cells are initialized within a short period of time of 1-2 cycles, with the initialization signal Init. COPYRIGHT: (C)2005,JPO&NCIPI