48results about How to "Easy to rewrite" patented technology

Various components of the present invention are collectively designated as Analysis of Variables Through Analog Representation (AVATAR). It is a method, processes, and apparatus for measurement and analysis of variables of different type and origin. AVATAR offers an analog solution to those problems of the analysis of variables which are normally handled by digital means. The invention allows (a) the improved perception of the measurements through geometrical analogies, (b) effective solutions of the existing computational problems of the order statistic methods, and (c) extended applicability of these methods to analysis of variables. The invention employs transformation of discrete or continuous variables into normalized continuous scalar fields, that is, into objects with mathematical properties of density and / or cumulative distribution functions. In addition to dependence on the displacement coordinates (thresholds), these objects can also depend on other parameters, including spatial coordinates (e.g., if the incoming variables are themselves scalar or vector fields), and / or time (if the variables depend on time). Moreover, this transformation of the measured variables may be implemented with respect to any reference variable. Thus, the values of the reference variable provide a common unit, or standard, for measuring and comparison of variables of different natures, for assessment of mutual dependence of these variables, and for evaluation of changes in the variables and their dependence with time. The invention enables, on a consistent general basis, a variety of new techniques for analysis of variables, which can be implemented through various physical means in continuous action machines as well as through digital means or computer calculations. Several of the elements of these new techniques do have digital counterparts, such as some rank order techniques in digital signal and image processing. However, this invention significantly extends the scope and applicability of these techniques and enables their analog implementation. The invention also introduces a wide range of signal analysis tools which do not exist, and cannot be defined, in the digital domain. In addition, by the present invention, all existing techniques for statistical processing of data, and for studying probability fluxes, are made applicable to analysis of any variable.

The present invention provides a storage device that enables identification data to be readily rewritten and ensures normal completion of a data writing operation in a short time period. In the storage device of the invention, an ID comparator determines whether or not identification data transmitted from a host computer coincides with identification data stored in a memory array. In the case of coincidence, the ID comparator sends an access enable signal EN to an operation code decoder. The operation code decoder analyzes a write / read command, switches over a direction of data transfer with regard to the memory array based on a result of the analysis, and requires an I / O controller to change a high impedance setting of a signal line connecting with a data terminal DT. This series of processing allows access to an address in the memory array specified by a count on an address counter.

A vehicle-mounted meter system includes: an inputting and outputting circuit for data measured to show a condition of the vehicle, a control circuit for controlling the system as a whole and for procession of the data, a meter main body, and a control unit detachably attached to the meter main body. The data inputting and outputting circuit is arranged on the meter main body, and the control circuit is arranged on the control unit. Preferably, the meter main body has a random bus structure corresponding to the data inputting and outputting circuit, and the bus structure has a buffer through which communication is allowed between the data inputting and outputting circuit and the control circuit.

Program data stored in the recording medium of a general control apparatus coupled to a network is stored in the recording medium of a control apparatus as a rewritten subject of program data in the following manner. First, program data 21 stored in a recording medium 12b contained within the general control apparatus 12 is sent via the network 15 of a vehicle to the recording medium 13a of a second control apparatus 13 as the rewritten subject of program data (see a path L1). In this case, the program data 21 stored in the recording medium 12b contained in the general control apparatus 12 for generally controlling the control apparatuses 13, 14 is sent to the network 15 of the vehicle when it is determined to be optimum by the CPU 12c of the general control apparatus 12. The program data sent to the network 15 of the vehicle is sent via the network 15 of the vehicle to the second control apparatus 13 as the rewritten subject of program data. Then, the second control apparatus 13 as the rewritten subject of program data stores the program data 21 sent via the network 15 of the vehicle into the recording medium 13a.

According to one embodiment, a servo information writing method for use in a disk drive, for recording the servo information, forming a continuous servo track such as a spiral track. In this servo information writing method, the head is stopped when a write error is detected while the servo information is being written, and the head is then moved again at a constant speed and starts writing the servo information again, at the position where the write error has occurred.

A metadata recording device that inserts an invalid byte for anti-emulation without scanning the contents of metadata and allows a data length after the anti-emulation is performed to be a fixed length is a metadata recording device that records main data and metadata, which are binary data, and includes: a generation unit configured to generate pieces of invalid data, each of which is data of a value not included in a specific byte sequence that is a byte sequence having a specific meaning; an insertion unit configured to insert each piece of the invalid data into the metadata at intervals shorter than a length of the specific byte sequence; and a recording unit configured to record the metadata into which the pieces of the invalid data are inserted.

The invention provides a SRAM circuit based on a PNPN structure. The circuit comprises a plurality of bit lines, a plurality of word lines, a plurality of memory units respectively connected with every bit line and word line, a plurality of potential controlling devices connected in series at input terminals of the bit lines, and a plurality of inverters connected in series at output terminals of the bit lines. The circuit is characterized in that the memory units are double-terminal devices with PNPN diode structures. According to the SRAM circuit based on the PNPN structure, the PNPN diodes are adopted as the memory units, such that space occupation is low, power consumption is low, and SRAM large-scale integration and circuit integral performance improvement can be promoted. With the unique reversal characteristic of the PNPN diodes, logical values stored in the memory units can be conveniently rewritten by controlling the voltage differences of two terminals. Therefore, advantages of fast SRAM write operation and low error rate are provided. Also, because a resistor or MOSFET is connected at each bit line input terminal, and the inverters are connected at the output terminals, the reading speed of the SRAM circuit is high.

A communication apparatus is connected to a terminal apparatus via a network. The communication apparatus includes a storage that stores a document file and an HTML file of a user setting page. A file manager stores a storage period for the document file, determines whether or not the document file has been stored in the storage for the storage period, and deletes the document file when the document file has been stored in the storage for the storage period. A web server transmits, to the terminal apparatus, the HTML file of the user setting page, the user setting page configured so that a user at the terminal apparatus can request a change of the storage period. The web server further instructs the file manager to change the storage period, when the user requests the change of the storage period.