8 results about "Integrated software" patented technology

The embodiments provided herein disclose a method and system for a quantum-enhanced decryption process for RSA and AES encryptions. The system includes a quantum computing module with one or more processors configured to execute quantum algorithms. A classical computing module is provided for post-processing decrypted data and a data conversion module facilitates data format translation between quantum and classical modules. An interface module is provided for user interaction with an integrated software to optimize the system for performance, security, and resource efficiency. The system is further capable of decrypting RSA and AES encrypted data, along with quantum-vulnerable encryption standards found in both real-time and archived data sources.

A method for performing integrated software development on a software product comprising multiple independent software components, comprising using one or more processors to: receive an instruction to make changes to a first software component among the multiple independent software products; in response to the instruction, automatically update an architecture definition associated with the first software component based on the changes made to the first software component; update the architecture of the software product based on the changes made to the first software component; compile the software product; and release build artifacts associated with the software product.

A method for performing integrated software development of a software product including a plurality of individual software components includes, using one or more processors, receiving an indication that a change was made to a first software component of the plurality of individual software products, in response to the indication, automatically updating an architecture definition associated with the first software component based on the change made to the first software component, updating an architecture of the software product based on the change made to the first software component, compiling the software product, and publishing build artifacts associated with the software product.

The application discloses an unmanned excavator, which comprises a vehicle-mounted hardware subsystem, a remote cockpit subsystem and an integrated software subsystem. The vehicle-mounted hardware subsystem is arranged on the body of the unmanned excavator and is used for collecting environment sensing data and body attitude data of a working environment in which the unmanned excavator is located in real time, driving an actuator of the unmanned excavator to complete a working action according to a received control instruction, and the like. The remote cockpit subsystem is used for providing a remote monitoring and instruction input interface, sending a manually controlled instruction inputted from outside to the vehicle-mounted hardware subsystem, receiving and displaying environment and state information returned by the vehicle-mounted hardware subsystem, and the like. The integrated software subsystem is used for processing the environment sensing data and the body attitude data, generating a working control instruction containing a working decision and a motion track, sending the working control instruction to the vehicle-mounted hardware subsystem, providing a man-machine interaction interface, and the like. The integrated software subsystem is configured with three working modes, including a remote control mode, a semi-automatic loading and unloading mode and a full-automatic excavating and loading mode.

This invention discloses a modular HCU software model development method for range extender bench testing, belonging to the field of new energy vehicle range extender electronic control system software development technology. It addresses the core technical problems existing in current range extender bench testing methods. The method includes the following steps: Step 1: Building a development environment based on the VCU hardware platform and supporting code generation toolchain; Step 2: Developing a modular architecture for the HCU software model; Step 3: Constructing a complete HCU software model and performing full-module testing; Step 4: Building a simulation verification platform and conducting simulation verification tests; Step 5: Final integration of the HCU software model based on the simulation verification tests; Step 6: Completing software code preparation and hardware connection, and conducting low-voltage bench testing; Step 7: Formal deployment of the HCU software model to the range extender bench, conducting full-process bench testing and durability tests. This invention improves the automation level of range extender bench testing while enhancing the safety, reliability, and reusability of the development process.

This application relates to the field of network technology, and in particular to a digital simulation integration system, method, and apparatus for satellite communication networks. The system includes a simulation soft bus, an integrated information gateway, model software allocation, and simulation operation management. The simulation soft bus is a logical bus built on Ethernet, used to provide publish / subscribe data distribution services for simulation members. The integrated information gateway is used to convert the format of information exchange between satellite communication system simulation information and various professional simulation systems. The model software allocation is used to configure the software and call interfaces of the model systems to be integrated, realizing the integration and interaction of the software systems to be integrated. The simulation operation management is used to monitor, manage, and control simulation members and the simulation operation process. Applying this system can improve the simulation application capabilities and simulation operation efficiency of satellite communication networks, meeting the increasingly complex digital simulation needs of satellite communication networks.

This application relates to the field of detection and treatment technology for neurological and mental illnesses. This application discloses a transcranial magnetic stimulation (TMS) medical system guided by multimodal physiological signals. It includes: a host computer software module, a navigation robot, a TMS device, a stimulation coil, a stimulation pulse conversion module, a multimodal physiological signal acquisition terminal, and a physiological probe connected to the multimodal physiological signal acquisition terminal. The host computer software module includes: an examination item unit, a data processing unit, a protocol management unit, a synchronization control unit, and an evaluation system. The technical solution of this application effectively solves the technical problems of poor synchronization between traditional TMS devices and the body's physiological signal detection, inaccurate target marking, fragmented functions, and a single evaluation dimension through hardware and software linkage control, synchronous acquisition of multimodal physiological signals and stimulation pulse signals, automatic target marking, and highly integrated software management. It also provides convenience for efficacy evaluation.