22 results about "Computer system design" patented technology

This disclosure introduces an automated computer system designed to detect fire and smoke in video frames. Within this system, an object detection model is trained to recognize fire and smoke patterns. In a post-training evaluation phase, the system utilizes the model to determine an instance-level detection threshold from a validation set, which dictates the minimum confidence score required for a fire or smoke designation. In addition, a frame-level detection rule is defined, considering both the cumulative count of detected fire or smoke instances and their associated confidence scores. During inference, the system processes video frames through the model, designates detected patterns with bounding boxes, and subsequently applies the instance-level threshold and frame-level rule. When a sequence of frames fulfills a predetermined criterion, the system activates an alarm.

Decision support tool for real estate selection having at least one computer system and user interface. A content database of real estate properties includes spatial, temporal, material, risk, and financial variables for a set of at least one real estate property from the real estate properties, wherein the at least one real estate property can include a set of at least one real estate property with at least one second real estate property. At least one software program is disposed on at least one computer system designed to calculate user vectors wherein at least one machine learning program is designed to build the set of at least one real estate property from the real estate properties. The user interface is designed to receive inputs and present outputs wherein users may create user sets of at least one selected real estate property from the real estate properties.

The invention discloses an FMQL20S-based navigation computer system and a software and hardware collaborative architecture, and relates to the field of computer systems. Comprising a programmable fusion chip JFMQL20S4841, a 1553B transceiver and isolation transformer 6, an ARINC429 transceiver 7, a self-isolation RS422 chip 8, a self-isolation RS232 chip 9, an RC resistance-capacitance filter 10, an RS422 first interface chip 11, an RS422 second interface chip 15, an RS422 third interface chip 16 and an RS422 fourth interface chip 17. The method is used for solving the prominent defects of high design cost, poor universality, time-consuming calculation, incapability of miniaturization and the like due to the fact that various performance indexes such as fusion of different sensors and calculation of a large amount of data need to be realized in the current navigation computer system design.

This disclosure introduces an automated computer system designed to detect fire and smoke in video frames. Within this system, an object detection model is trained to recognize fire and smoke patterns. In a post-training evaluation phase, the system utilizes the model to determine an instance-level detection threshold from a validation set, which dictates the minimum confidence score required for a fire or smoke designation. In addition, a frame-level detection rule is defined, considering both the cumulative count of detected fire or smoke instances and their associated confidence scores. During inference, the system processes video frames through the model, designates detected patterns with bounding boxes, and subsequently applies the instance-level threshold and frame-level rule. When a sequence of frames fulfills a predetermined criterion, the system activates an alarm.

The invention belongs to the field of computer system design, and particularly discloses a storage and calculation integrated microcontroller and a data processing method. According to the invention, each processing unit is configured with an independent functional circuit module, so that each processing unit can independently carry out instruction addressing, decoding and execution processes, and the parallelism of the operation process is improved. A register module is defined in a processing unit layer, and the storage level of the system is clearly divided, so that the operation process of the register is only realized in the processing unit in the operation process. And meanwhile, a data transmission chain is definitely an external memory-storage and management unit-data storage module-vector / scalar register module, so that the microcontroller is more reasonable in design. The instruction set provided by the invention provides a fine-grained in-memory computing instruction operation, a set of data processing scheme is designed, and a basic operation specification is provided for constructing universal in-memory computing hardware.

The invention belongs to the technical field of computer system design, and particularly relates to an airborne dual-redundancy ARINC429 circuit based on logic switching, which is used for realizing reliable communication of an airborne ARINC429 interface and comprises an ARINC429 transceiving circuit and an FPGA (Field Programmable Gate Array) minimum system circuit which are communicated with each other, a modular design method is adopted, an ARINC429 circuit is abstracted into a plurality of functional modules, and the functional modules comprise a redundant backup channel circuit, a self-checking channel circuit, a logic switching circuit and a minimum system circuit. And each functional circuit module can be realized by adopting chip design of different semiconductor manufacturers according to specific application scenes, so that the flexibility of the circuit is improved.

A system and method for interactive learning comprising a content database, at least one software program disposed on at least one computer system designed to calculate story vectors from which to at least one or more of craft and analyze a story and select at least one learning objective, the system including at least one interaction vector determining the action of a story track. At least one machine learning program is designed to at least one or more of create and analyze story tracks. Story track analysis starts from at least one start point in time to at least one following point in time, the at least one software program further adapted to calculate degrees of change from the story vectors including story vector direction and magnitude, the following point in time further marking at least one change result and further adapted to maintain change results from the story vectors.

A computer-implemented method for testing and providing a computer-generated function, wherein the method comprises the following process steps: - Providing a known sensor signal - Providing the computer-generated function - Modifying the known sensor signal with respect to a non-functional requirement - Applying the computer-generated function to the known sensor signal and generating a result - Applying the computer-generated function to the modified sensor signal and generating a result - Check whether the generated results are within the respective target range - Discarding the computer-generated function if one of the generated results is not within the expected range. - Output of the computer-generated function when all generated results are within the respective target range; Computer program product which includes the computer-generated function; computer system which is trained to perform the computer-generated function; and train which has a computer system which is trained to perform the computer-generated function.

The invention belongs to the technical field of embedded computer system design, and particularly relates to a storage architecture for data transmission processing under multiple network ports, which mainly comprises a processor unit, a multi-network port unit, a storage unit and a programmable unit, and supports the operation of related operating systems such as Linux and the like. Wherein the network port unit realizes parallel external communication, data transmission and exchange of multiple paths of gigabit Ethernet; the processor unit processes the received data and stores the data in a disk; the storage unit is responsible for data storage and realizes data unloading through a USB3.0 (Universal Serial Bus 3.0); and the programmable unit realizes power-on sequential control of the processor and reset control of the whole board. According to the scheme, at most 12 network ports are supported to carry out gigabit communication and data transmission and storage in parallel, configuration of a network segment mode is supported at a system level, and network security software communication and data filtering functions can be realized.

The invention relates to a container management system (1) having a plurality of containers (2) and a plurality of extraction / filling stations, which are designed to extract liquid from the containers (2) or to deliver liquid to the containers. The containers are provided with an electronically readable code which characterizes the container. The extraction / filling stations are provided with an electronic reading unit by means of which the code of the containers (2) can be read. The data read by the electronic reading unit are delivered to a cloud-based computer system (13) which is designed to store and evaluate the data.

The present invention relates to a domestic KVM switching system, belonging to the field of computer system design. The present invention obtains DVI / HDMI input signals from two external main processor boards A and B, and performs KVM output switching and indication according to the current state by responding to external switching buttons or serial commands. The output interfaces include a DVI / HDMI output interface directly connected to the device, a USB power supply interface, two USB data differential interfaces, and two switching indicators that can directly indicate that the current output state is machine A or machine B, a DVI / HDMI debugging output interface related to debugging, and two debugging indicators. The software and hardware of this system can achieve a 100% domestic production rate.

The embodiment of the invention provides a hierarchical design architecture of a servitization system, and relates to the technical field of computer system design, the architecture comprises an abstract service layer, a logic service layer and an instance service layer; wherein an abstract service object used for defining basic information of the service is designed in the abstract service layer; a logic service object used for defining specific service operation logic is designed in the logic service layer; and an instance service object for defining specific platform configuration information and a deployment relationship is designed in the instance service layer. According to the technical scheme, through hierarchical design of the servitization system, the capabilities of service reusability, service inheritability and service evolution are realized, and the design efficiency of the servitization system is improved.

The invention provides a recording system based on large-capacity data storage and compression, and belongs to the technical field of computer system design, and the recording system comprises a data management module which is used for collecting image data of a hyperspectral sensor and long-wave and medium-wave infrared image data of a multispectral sensor, and transmitting the data to a data storage module; the method comprises the following steps: receiving a control instruction, determining the working state of the device as a real-time downloading state or a retrieval downloading state, compressing related image data in real time according to a related instruction and sending the compressed data when the device is in the real-time downloading state, and accessing a data management module according to the received retrieval downloading instruction content when the device is in the retrieval downloading state. Reading corresponding data, performing image compression, and sending after the image compression is completed; the data storage module is used for storing the data acquired by the data management module; and the power supply module is used for supplying power to each module. According to the scheme of the invention, the system can process the data of the imager.

Device (106) for controlling the voltage-dependent resistance, comprising: at least two electrodes (202, 204) at closely spaced endpoints; a first layer (210) applied to the at least two electrodes (202, 204), wherein the first layer consists of a metal oxide; a second layer (208) applied to the first layer (210), wherein the second layer (208) consists of an electrically conductive metal oxide; a forming contact (206) applied to the second layer (208), wherein a combination of the forming contact (206), the first layer (210) and the second layer (208) functionally connects the at least two electrodes (202, 204) to each other; and a computer system functionally connected to the educational contact, wherein the computer system (102) is designed to apply a predetermined voltage to the first layer (210) and to the second layer (208) respectively, and to display an increase in the total resistance using a user interface.

Method for simulating a computer system (100) for the design, verification and / or manufacture of the computer system (100), wherein the computer system (100) comprises a first component (102) and a communication link (104), wherein the first component (102) is configured to execute a first function for determining an output variable of the first component (102), wherein the first component (102) is configured to output the output variable to the communication link (104), wherein in the simulation the runtime of the execution of the first function is estimated and the output variable or information about the output variable is output to the communication link (104) at the end of the estimated runtime, wherein the output variable is specified or estimated, or the information is specified or estimated or determined depending on the output variable.

The invention relates to a method for operating a technical apparatus by means of a system comprising the technical apparatus, an operating device for operating the technical apparatus, and a computer system designed to carry out a first autoencoder (4) and a second autoencoder (8), each on the basis of a neural network, and to carry out the following steps: a) training the first autoencoder (4) and the second autoencoder (8) with respective input data, wherein provided training data (6) is used as input data for the first autoencoder (8) and the output data (10) of the first autoencoder (4) is used as input data of the second autoencoder (8), b) determining reconstruction error between the training data (6) and output data (12) of the second autoencoder (8), and c) continuing with step a) so long as a measure of the size of the reconstruction error exceeds a predefined value, otherwise continuing with step d), d) providing operating data as input data for the first autoencoder (8), and transmitting the output data (10) of the first autoencoder (4) as input data of the second autoencoder (8), and operating the technical apparatus by means of the operating device on the basis of the output data (12) of the second autoencoder (8).

The invention belongs to the technical field of computer system design, and particularly relates to a computer system with a non-perceptual loading and unloading function, which is characterized in that an RTOS kernel layer, a real-time user layer and a user-defined program layer are arranged, system bottom layer initialization and system memory allocation are performed through the RTOS kernel layer, and a specified user area is reserved; a real-time user layer supports a bottom layer of a user layer program, so that the user layer program supports a real-time function, including identifying and verifying inserted or connected hardware, reading a user layer program mirror image stored on the hardware, and accessing and running the identified program mirror image in the existing mirror image in a non-perceptual manner; the program is dynamically called in and removed through a user-defined program layer and a non-perceptual loading and unloading mechanism, and a unified program mirror image format is defined. A novel computer system design that user layer programs can be loaded and unloaded without perception without interruption or manual intervention in the real-time operation process of the system is achieved.

The present invention relates to a dual-firmware intelligent startup system for a military reinforced computing platform, belonging to the field of computer system design. The system of the present invention comprises: a CPU, a CPLD, a BMC, Flash 1, Flash 2, load switch 1, load switch 2, and a platform power supply. Dual-firmware startup is performed through communication between the CPU, CPLD, and BMC. The CPLD switches the dual-flash read / write channels to flexibly select the firmware required for the current startup. If problems occur in either of the dual-firmware flashes, the CPLD can communicate with the BMC to notify it to perform an online firmware refresh. The system allows for flexible selection of the startup firmware type and online firmware updates, significantly reducing maintenance time and shortening maintenance time.

1. The name of this design product: Industrial computer power-on copy machine integrated cabinet. 2. Purpose of this design product: This design product is used for an integrated cabinet of a computer system designed for industrial control. 3. The key point of the design of this product lies in its shape. 4. The picture or photo that best illustrates the design points: three-dimensional picture.

The disclosed technology provides a system and a computer implemented method for crisis state detection and intervention of a person or group of persons, the method comprising: providing a computer system designed to detect and intervene non-normal, elevated crisis operating states; using one or more biometric sensors that ascertains a crisis state via physical, behavioral, or mental indicators; deducing, with computational hardware, the operational state of a user or users from one or more biometric sensors; and administering an immediate, dual intervention of a sensory form to de-escalate the crisis operating state of a person or group of persons.

The present invention belongs to the field of computer system design technology and automatic control, and discloses a configurable multi-timing task control measurement robot and sensor data collection system and method, including a task control system, a database, a task scheduling execution system, a task execution module, a communication module, a measurement robot, and a sensor; the task control system is responsible for the creation, configuration, allocation of equipment, and removal of tasks; the database is responsible for storing data; the task scheduling execution system is responsible for triggering task execution and real-time monitoring of task status; the task execution module is responsible for controlling the sensor equipment to collect environmental data, and parallelly controlling multiple sensor equipment and measurement robots to collect environmental data and measure; the communication module is responsible for data transmission and processing. The present invention has the advantages of multi-tasking, flexibility, high efficiency, stability, reliability, safety, and low cost, and can provide strong technical support for the data collection part of modern dam safety monitoring, generating considerable social and economic benefits.

Computer-implemented method for checking and providing a computer-generated function, the method comprising the following method steps: – providing a known sensor signal – providing the computer-generated function – altering the known sensor signal in respect of a non-functional requirement – applying the computer-generated function to the known sensor signal and producing a result – applying the computer-generated function to the altered sensor signal and producing a result – checking whether the results produced are in a respective target range – rejecting the computer-generated function if one of the results produced is not in the target range – outputting the computer-generated function if all of the results produced are in the respective target range; computer program product containing the computer-generated function; computer system designed to perform the computer-generated function; and train that has a computer system designed to perform the computer-generated function.