316 results about "Embedded applications" patented technology

Systems and methods of detecting and correcting redeye in an image are described. In one aspect, the input image is sub-sampled to generate a thumbnail image, redeye pixel areas are detected in the thumbnail image. In another aspect, an input image having lines of pixels with original color values is processed. One or more redeye pixel areas corresponding to respective areas in the input image are detected. Each pixel in the input image corresponding to the detected redeye pixel areas is classified as a redeye pixel or a non-redeye pixel on a line-by-line basis without reference to pixels in adjacent lines. The original color values of pixels in the input image classified as redeye pixels are corrected.

Described herein are systems and methods for providing a message UI engine for accessing messages on a message system. The message system may comprise a message storage system (that store messages of varying types and formats, such as fax, text, voice/audio, video, and picture messages) and a message access system. The message UI engine is configured by a Flash media UI file for accessing messages and associated message information by interacting with the message access system. The Flash media UI file does not comprise any markup language and comprises only Flash® instructions. The Flash media UI file also comprises a plurality of embedded applications for presenting the plurality of different message types, each embedded application comprising only Flash instructions. The associated message information may be stored and transmitted in a non-markup language format, such as comma-delimited format. The messages and message information may be transmitted using a non-HTTP protocol.

A procedure and processor are disclosed for avoiding lengthy delays in debug procedures during access by a memory mapped peripheral device. The processor includes in-circuit emulation means comprising one or more scan chains or serially connected registers for access by an external host computer system. The procedure comprises:a) the host computer system carrying out a debug procedure via said scan chains, and selectively interrupting such debug procedure for access to a peripheral memory mapped device;b) the host computer system writing into an area or memory of the processor a program for reading and/or writing data at a specified memory location; andc) the host computer system causing said processor to run said program, and then to return to said debug procedure.In another aspect, in order to permit small debugging programs to run, in serial scan in circuit emulation processes, on a processor in a deeply embedded application where no program RAM is provided, the processor includes one or more chains of serially connected registers coupled to interface means for access by an external host to enable a serial scan procedure to be carried out, one such chain including a set of serially coupled registers for storing one or more processor instructions read into a set of registers through the interface means, and the processor including address means, for addressing program memory, coupled to said set of registers for addressing the set of registers, and means for reading the processor instructions in the set of registers to an instruction resister of the processor.

A microcontroller provides a flexible architecture to readily support both general embedded applications and communications applications. The microcontroller includes an embedded processor, a relatively low-speed general purpose peripheral bus controller, a relatively high-speed peripheral bus host bridge, a primary memory controller, and a secondary memory controller, each coupled to a processor bus. The general purpose peripheral bus controller is coupled to a relatively low-speed general purpose peripheral bus which is coupled to a plurality of integrated general purpose peripherals. The relatively high-speed peripheral bus host bridge is coupled to a relatively high-speed peripheral bus capable of supporting a plurality of communication-oriented peripherals. The secondary memory controller shares an address bus with the general purpose peripheral bus controller and shares a data bus with either the primary memory controller or the general purpose peripheral bus controller. The control timing of the secondary memory controller is independent of the control timing of the general purpose peripheral bus controller. Also, a processor arbiter is coupled to the embedded processor, and a relatively high-speed peripheral bus arbiter is coupled to the peripheral bus host bridge. Aside from the microcontroller, an embedded system can include a relatively low-speed general purpose peripheral bus and a relatively high-speed peripheral bus, both external to the microcontroller. The external relatively lowspeed general purpose bus can be coupled to the relatively low-speed general purpose peripheral bus controller, and the external relatively high-speed peripheral bus can be coupled to the relatively high-speed peripheral bus host bridge.

A method of providing an embedded web server for a device is described. The device is of a particular device platform and is required to run a web application. The method includes the step of providing a web server class library and a virtual machine class library. The web server class library and the virtual machine class library include classes suitable for different web applications. The method also includes the step of identifying a particular web application to be run on the device. The libraries and the web application are then passed through a compiler to select from the web server class library and the virtual machine class library classes required to run the web application in the device to form the web server. This makes the web server an application-specific web server which requires minimized storage space from the device when embedded in the device. A system for providing an application-specific embedded web server for a device is also described.

The invention discloses a method and a system for dynamically distributing an embedded virtual memory. By the method for dynamically distributing the memory, memory resource waste due to the conventional embedded virtual fixed memory distribution can be avoided effectively. The system comprises a memory management module, an embedded virtual machine memory monitoring module and an embedded virtual machine module, wherein the virtual machine memory monitoring module is used for monitoring a real-time memory requirement condition of an embedded system in real time; the memory management module is used for initializing memory distribution, establishing an initialized memory mapping table and updating the memory distribution and the memory mapping table in real time according to a monitoring situation of the virtual machine memory monitoring module; and the embedded virtual machine module is used for generating an embedded hardware virtual environment and running an embedded operating system, and performing various embedded applications on the embedded operating system.

Embodiments of the present invention comprise systems, methods and devices for sending content to an imaging device display using a browser and an embedded application.

Embodiments of the present invention comprise systems, methods and devices for sending content to an imaging device display wherein said imaging device comprises a browser and an embedded application that interact with at least one remote application.

The invention relates to a denotation positioning method of an embedding type system which comprises that: (1). the invention creates denotation table information files of debugging version, denotation type information files and denotation table information files of issuing version; (2). the invention creates denotation type information databases with debugging version and issuing version by taking the denotation names as the key words; (3). the invention searches the denotation type information databases according to the denotation names and decomposes the type structures, so as to get the physical positions of the denotation in an object machine. The invention is used for the denotation positioning realizing of various embedding type software versions in the object machine terminals and provides flexible choosing space to the issuing of the embedding type applying system. The invention not only can search and amend the global variable, but also can search and amend information such as the structure, genus, function, partial variable when in use, thereby providing rich failures positioning assisting method to the embedding type applying system. The invention is not limited by any complier, debugger and operation system.

An integrated circuit includes a demodulator for receiving an encrypted message and a hardware unit coupled to the demodulator and configured to enable the demodulator to decrypt the received message. The hardware unit includes a processing unit, a read-only access memory (ROM) having a boot code causing the integrated circuit to fetch data from an external memory, a random access memory (RAM) for storing the fetched data, multiple non-volatile memory registers or fuses, and an interface unit configured to write the data stored in the RAM to an external storage in response to a backup event. The data may be encrypted using an encryption key prior to being written to the external storage. The interface unit may include a direct memory access controller. The external memory and the external storage can be a same non-volatile memory, namely a Flash device.

The invention discloses a method and a device for realizing an embedding type application with configurable parameters, and relates to an embedding technology. The method comprises the following steps of enabling an embedding type system to obtain configuration parameters for a particular customer, and store into a customized parameter partition of the embedding type system; enabling the embedding type system to obtain a universal software version suitable for different customers, and store into a universal partition of the embedding type system; enabling the embedding type system to read the configuration parameters in the customized parameter partition, and write the read configuration parameters into the universal software version of the universal partition. The method and the device have the advantage that one software version is suitable for the customizing of different customers.

The invention discloses a development system and a method for an embedded type application program. The system comprises an operation interface for inputting a development embedded application program command and obtaining the return result of the command; a command processing unit for resolving and processing the command; an application program interface library; and a system management unit which calls a system management function corresponding to the process result of the command to generate development codes, calls a corresponding application program interface from the application program library according to the target machine environment corresponding to the development embedded type application program, and complies and links the development codes to generate an executable application program file. The invention is a universal embedded type application program development system, which improves the working efficiency of embedded type application program development, lowers the development difficulty, has better applicability, and can be widely applied to development of embedded type application programs under various operating systems.

The invention discloses a privacy disclosure monitoring method of an android application file. The privacy disclosure monitoring method includes: 1, converting a Dalvik byte code file in the android application file to generate a Jimple-format file; 2, parsing the Jimple-format file to generate control flow of a program, and performing privacy disclosure detection in components; 3, detecting Intent in the android file, and performing privacy disclosure detection among the components; 4, embedding a strategy implementation code module together with privacy disclosure detection results into the application program; 5, installing and running embedded application, and dynamically monitoring the application. By the privacy disclosure monitoring method, accuracy of user's privacy disclosure detection is improved, security defense of a system is enhanced, and risk of user's privacy disclosure is reduced to certain extend; the privacy disclosure monitoring method can be used for detection and protection of the android application file.

The invention provides a heterogeneous multi-core processor based on an ARM, a DSP and an FPGA and a task scheduling method, and relates to technologies of heterogeneous multi-core processors. The heterogeneous multi-core processor based on the ARM, the DSP and the FPGA aims to solve the problems that a conventional multi-core processor is poor in environmental adaptability, parallel processing capability and resource control capability. The heterogeneous multi-core processor based on the ARM, the DSP and the FPGA comprises the ARM, the DSP, the FPGA and peripheral interfaces, wherein data transmission is carried out among the ARM, the DSP and the FPGA, and the peripheral interfaces comprise the RS232 interface, the CAN bus interface, the SPI interface and the USB interface. An electricity supply module for software implementation is embedded in the FPGA and used for controlling electricity supply of the ARM, the DSP and the FPGA. According to the heterogeneous multi-core processor based on the ARM, the DSP and the FPGA and the task scheduling method, the different peripheral interfaces can be dynamically reconstructed in real time according to different interface requirements, and the resource utilization rate and the environmental adaptability are improved remarkably; software can be loaded into different processors, and parallel running of hardware is achieved truly. The heterogeneous multi-core processor based on the ARM, the DSP and the FPGA and the task scheduling method are suitable for an embedded application environment.

A temperature-controlled valve allows the flow of water to be terminated automatically when the water flowing through the device reaches a specific temperature. The flow may thereafter be released automatically or manually, depending upon the application. The technology may be used in a variety of contexts, including, for example, stand-alone consumer or commercial valves, embedded applications, and custom-designed valves.

An integrated web browser, instant messaging system is presented. The system operates on mobile devices and other types of embedded devices. The system is an integrated instant messaging and web browsing application controlled by an embedded application on a mobile device. Today most web browsers, instant messaging, and other programs are separate or discrete applications that are executed on an either/or type of situation. The present system provides an integrated application environment that is a single application that shares data between instant messaging and web broswer sub-modules, which allows users to simultaneously message and browse. The system may also be deployed as part of an overall method for enhancing safety and producing revenue for communications networks.