764 results about "General-purpose input/output" patented technology

A feature phone has a base-band processor and an applications processor that communicate with each other by emulating an internal Ethernet within the phone. TCP/IP stacks in each processor receive data from high-level applications for transmission to the other processor. Ethernet-emulating drivers are called by the IP layers. An Ethernet-emulating transmit driver writes IP-packet data to a shared memory and sends an interrupt to the other processor, which activates a receive routine that reads the IP packet data from the shared memory and sends it up through the TCP/IP stack. There is no twisted-pair cable or other media since the shared memory acts as the transfer media. A shared mailbox holds the packet length and sends an interrupt to one processor when written, while a general-purpose input-output GPIO module sends an interrupt to the other processor. The internal emulated-Ethernet is entirely within the phone and separate from cellular networks.

The invention relates to a multi-mode identity authentication device based on the biological characteristics of fingers, which comprises a finger vein image collection module, a finger knuckle stripe image collection module, a fingerprint image collection module, a finger induction switch, an embedded type start of conversion pulse (SOC) authentication module, a control box, an input/output interface and a power supply module; the modules, the finger induction switch and the input/output interface are all installed on the control box, the finger vein image collection module, the finger knuckle stripe image collection module and the fingerprint image collection module are connected with an image input interface of the embedded type SOC authentication module so as to realize the collection of the biological characteristics of veins, finger knuckle stripes and fingerprints, and the finger induction switch is connected with a GPIO (General Purpose Input/Output) interface of the embedded type SOC authentication module so as to realize the detection of the placement of the fingers; and the power supply module is connected with each module so as to provide a power supply required for working. The invention relates to a multi-mode identity authentication method based on the biological characteristics of the fingers, which comprises characteristic registration and characteristic comparison comprising nine steps respectively. According to the multi-mode identity authentication device and the method based on the biological characteristics of the fingers, the safety of identity identification is effectively enhanced. The multi-mode identity authentication device and the method based on the biological characteristics of the fingers have extensive application prospect.

The invention discloses a serial port awakening system not using a handshake control line and a serial port communication method. The serial port awakening system comprises an awakening processor and an awakened processor, wherein a universal input/output end, a serial port receiving end and a serial port sending end are arranged on the awakening processor; the universal input/output end, the serial port receiving end and the serial port sending end are also arranged on the awakened processor; and the serial port receiving end of the awakened processor is connected with the universal input/output end of the awakened processor. The invention furthermore discloses a method for performing serial port communication by using the serial port awakening system. By use of the system and the method, hardware connection lines can be simplified, so that the mutual coupling property of the system is reduced; and due to use of standard serial port communication, the universality of the system can be improved.

A microcontroller includes a general purpose input/output (GPIO) port having a plurality of bits coupled to a plurality of external pins; a first set of registers for providing at least one of first control and data input/output functionality of the GPIO port; a second set of registers for providing at least one of second control and data input/output functionality of the GPIO port; and a multiplexer and associated select register for controlling the multiplexer to control said GPIO port through either said first or second register set.

The invention discloses an ATM (automated teller machine) intelligent monitoring system which comprises ATM intelligent video analysis devices, a central server, a database, monitoring terminals, and the like. In a self-service bank, a plurality of ATM intelligent video analysis devices are connected with the central server through a bank private network or the Internet, the database is connected with the central server through the bank private network or the Internet or connected with the central server through a direct communication mode, the monitoring terminals are connected with the central server through the bank private network or the Internet, and the ATM intelligent video analysis devices is connected with one ATM through two analog video paths and a GPIO (General Purpose Input Output). The central server also comprises an alarm receiving server module, a video transmission service module, a face comparison service module, an alarm retrieval service module and a device management service module, and the database also comprises a device parameter information sub-database, an alarm information sub-database, a blacklist information sub-database, a monitoring terminal connection information sub-database and a user right information sub-database. The invention is suitable for a high-intelligence monitoring system of bank ATMs.

Certain embodiments of the invention may be found in an single chip satellite set-top box solution that comprises demodulation, decoding and audio/video display functions integrated within a single chip. The single chip solution for the satellite set-top box is adapted to provide demodulation, display, and other related set-top box functions for a system that may be adapted to handle two incoming data streams modulated using an 8PSK, 8PSK-turbo or QPSK scheme, for example. Accordingly, the single chip satellite set-top box solution comprise dual 8 PSK/8 PSK-turbo/QPSK demodulators, a MIPS CPU, a 16-bit DDR-SDRAM, graphics display capability for handling two channels, and audio/video decoders and DACs for handling two incoming channels. The single chip satellite set-top box solution may also comprise integrated peripheral support for major set top box functions including a smart card interface, IR receivers, and general purpose input/output (GP/IO) pins.

The invention provides a finger vein villa management system which utilizes a finger vein recognition technology and comprises a high-performance ARM board, a non-contact sensor which utilizes infrared to collect deoxidized hemachrome in a finger of human body, a display screen with a touch screen, a terminal which is composed of wireless transmission devices, a entrance guard control system and relevant personal computer (PC) servers. The high-performance ARM board is an ARM high performance board with a central processing unit (CPU) which is at least above ARM Cortex-A8 and possesses a floating point arithmetic function and an internal memory which is more than 512 mega byte. The high-performance ARM board comprises a universal serial bus (USB) interface, a general purpose input/output (GPIO) interface, a general serial port RS 232, a general serial port RS 485 and a network interface and is connected with the finger vein entrance guard through the USB interface. A card issuer is a PC computer which is connected with an entrance guard controller through the recommend standard (RS) 232 and is connected to a villa management server. The finger vein villa management system utilizes the finger vein recognition technology, possesses a non-contact identity to conduct verification, is high in safety performance and is convenient to use.

A system and method of controlling the system mode of a computer. The method comprises sending an Intelligent Platform Management Interface (IPMI) command to a baseboard management controller (BMC), wherein the IPMI command provides a system mode instruction to the BMC. The BMC then sends an operating parameter instruction to a plurality of hardware devices within the computer in response to receiving the IPMI command, wherein the operating parameter instruction sent to the plurality of hardware devices is associated with the system mode. Accordingly, each of the hardware devices operates according to the operating parameter instruction received from the BMC. Preferably, such a method allows the system mode to be changed without shutting down an operating system or rebooting the computer system. Optionally, the BMC may communicate with the hardware devices over an Inter Integrated Circuit (I2C) bus, a General Purpose Input Output (GPIO) pin of the BMC, or a combination thereof.

An apparatus may include a Serial General Purpose Input Output (SGPIO) initiator device. The SGPIO initiator device may have terminals to receive parallel input signals. The device may also have parallel-to-serial conversion logic to convert the parallel input signals to a serial stream. The device may further have signal ordering logic. The signal ordering logic may be in communication with the terminals and may be in communication with the parallel-to-serial conversion logic. The signal ordering logic may determine an order in which the parallel input signals are provided in the serial stream. Methods of ordering signals within an SGPIO initiator device and systems having SGPIO initiator devices are also disclosed.

The invention relates to an OpenGL (open graphic library) API (application program interface)-oriented graphic processor, and belongs to a multifunctional general small-sized GPU (graphic processing unit) chip. A hardware 3D (three-dimensional) acceleration engine is integrated at the inside, the compatibility with an OpenGL 3D graphic processing API is realized, and the acceleration processing capability for building 3D graphics is provided. A 3D graphic acceleration processing-oriented storage sub system is realized on the chip, and comprises a pixel cache, a storage control and management unit and a high-speed two-channel DDR2 controller. In addition, the GPU is integrated with a display control module, and comprises a VIP (video input module) for providing a video source to realize a superposition function, and two paths of independent display controllers for providing digital display output interfaces. An I<2>C bus interface, a GPIO (general purpose input output) unit and a bus interface module conforming to PCI2.2 standards are also integrated in the GPU, and the graphic acceleration processing function can be provided for a computer system providing a PCI (peripheral component interconnect) host interface.

A system management architecture is provided to monitor and control a multi-mainboard system with plural system mainboards. The system management architecture includes a local card for alternatively replacing a BMC (Baseboard Management Controller)-based management card on the system mainboard. The local card mainly includes a GPIO (General Purpose Input/Output) device and a basic logic. A central management module is also used in the system management architecture to monitor and control the system mainboard through a management bus and the management or local card. The local card monitors status signals on the system mainboard according to the command signals from the central management module, and additionally, provides customized monitoring capability. Accordingly, the local card facilitates the implementation flexibility for the system management architecture and reduces the cost and maintenance supports required by numerous BMC-based management cards.

A radio frequency identification (RFID) portal easily installs and integrates any RFID hardware/software systems. The RFID portal may match the size of a traditional dock or be custom sized. The portal takes advantage of a variety of unique features including an antenna bracket that provides for three-dimensional vertical and horizontal movements and a hardware independent reader bracket. The antenna movement capabilities allow for excellent RFID signal coverage. A General Purpose Input/Output (GPIO) bridge enables rapid integration and functionality to other RFID inputs such as Motion Detectors/Photo Eyes, Uninterrupted Power Supply (UPS), Wireless Networking, floor loops, mass detectors, and output signals, such as to light stacks and RFID readers.

A beverage dispenser (10) with a beverage quantity indicating display (30) controlled by a microprocessor (66) in response to variations in capacitance of a plurality of sensing capacitors (72) detected by a capacitive sensing circuit (70) including one of a general purpose input/output integrated capacitive touch-key sensor, and a general purpose, integrated, input/output port expander with an integrated capacitive touch-key for reduced power consumption, sensitivity and reliability. A reference capacitor (C8) is located above the maximum height (52) of the beverage (74) to keep it spaced from the beverage (74) in air is used to compensate for changes in capacitance of the sensing capacitors (72) due to variations in temperature. All the capacitors (72, C8) are formed from pairs of planer conductive plates (54, 56) respectively mounted to opposed parallel interior surfaces (58, 60) of a sensing tube (36) attached to a down tube (34).

The invention discloses a remote update system and method for a programmable logic device. The system comprises a computer, a processor, a programmable logic device and a configuration unit, wherein the processor, the programmable logic device and the configuration unit are mutually connected; the computer sends configuration file data to the processor; and the processor simulates the programmable logic device to configure the time sequence and the behavior of a JTAG (Joint Test Action Group) port of the configuration unit through a GPIO (General Purpose Input/Output) port according to the configuration file data so as to realize an ISP (In System Programming) operation that the processor configures the configuration unit. The technical problem that a traditional dedicated simulator programming loading way cannot meet requirements since on-site logic programming is not suitable for workers under complex application conditions, especially under the environment with high confidentiality requirements, can be solved.

Methods and systems for monitoring operating status of a device are provided. Aspects of the method may include receiving within a chip, a signal indicative of a power status of an on-chip device. An output signal indicative of the power status may be generated from within the chip, while the chip is operating. The generated output signal may be communicated outside the chip via a serial bus, a plurality of pin connections on said chip, and/or a general purpose input/output connection. The generated output signal may be multiplexed on at least one pin on the chip and it may comprise a clock signal and/or a data signal. The data signal may comprise sequential power status information for a plurality of on-chip devices.

The invention discloses an online updating device for configuration files of a programmable logic device. In an upper computer, a program package module extracts and updates the configuration files and converts the updated configuration files into standard test and programming language (STAPL) standard input files required by a Jam STAPL Byte-Code Player analysis program. A data transmitting module converts the STAPL standard input files into internet signals and transmits the internet signals to cables, and then a data receiving buffer module receives jbc files from the cables, verifies the files and preserves the files in a program storage. A program analysis module extracts configuration information of the programmable logic device from the jbc files in a data storage, the configuration information of the programmable logic device can be converted into joint test action group (JTAG) data stream through the Jam STAPL Byte-Code Player program in the program analysis module and transmits the JTAG data stream to a general purpose input/output (GPIO) simulation JTAG module. A GPIO of a microprocessor is used as a standard JTAG interface, configuration time sequence of a standard JTAG is simulated through a driving program, only four GPIOs of the microprocessor are used, and a hardware circuit is very simple. Compared with a traditional configuration method of the programmable logic device, cost is reduced greatly.