5 results about "Segment descriptor" patented technology

The invention discloses a context-aware-based gap containerization TLS compatible method, which comprises the following steps of: distinguishing a simple TLS variable and a complex TLS variable in a source gap system, and establishing a TLS variable source feature; the method comprises the following steps: constructing a dynamic telescopic TLS memory pool matched with a variable access permission in a target system, expanding a kernel state TLS segment descriptor, constructing a bidirectional mapping table of musl TLS offset and a memory pool address, and optimizing and constructing a clustering structure aligned with a CPU cache line for a hotspot variable to improve the access efficiency; tLS variable access tracks are recorded through a dynamic binary translation engine, TLS segment descriptors are updated, the descriptors are read during thread switching to recover TLS context and refresh cache to guarantee consistency, address and offset conversion is completed according to target system alignment requirements by combining source features and a bidirectional mapping table for TLS variables of nested structures, pointers and array types, and the TLS variables of the nesting structures, the pointers and the array types are aligned. And completing dynamic conversion execution of the source system application program in the target system.

This invention relates to the field of digital information transmission technology and discloses a four-way protocol conversion method for photovoltaic equipment, comprising: an Ethernet control chip receiving the original protocol message of the photovoltaic power station and writing it into the source protocol receive buffer; using a memory offset pointer to match the message delimiter to determine the dynamic byte offset of the payload data; constructing a three-segment descriptor chain based on the offset, including the physical base address of the target protocol header, the physical base address of the payload data, and the base address of the checksum; and a distributed direct memory access controller extracting and aggregating heterogeneous data across physical memory pages according to the descriptor chain to generate continuous target protocol frames. This invention uses data pointer routing to replace byte copying, eliminates the physical reassembly process at the end of the protocol conversion, reduces the transmission latency of concurrent scheduling instructions, ensures the exchange efficiency of heterogeneous digital information streams, and enhances the response performance of the station-end communication system.

Automatically generating on-demand wiring element optimized meshes for augmented reality (AR) devices is disclosed herein. In one example, a computer system comprises processing circuitry configured to obtain a structured file corresponding to a wiring element of a non-virtual device, wherein the structured file comprises wiring element metadata that comprises a first connector terminal descriptor, a second connector terminal descriptor, and a segment descriptor; the segment descriptor corresponds to a plurality of point descriptors; each point descriptor of the plurality of point descriptors comprises a location coordinate; and the structured file omits mesh geometry data for the wiring element. The processing circuitry further generates a three-dimensional (3D) mesh for the wiring element based on the structured file, receive visual imagery data of the non-virtual device, and display a rendering of the 3D mesh overlaid on the visual imagery data of the non-virtual device.

The application discloses a context-aware-based hyperjump containerized TLS compatible method, which comprises the following steps: distinguishing simple TLS variables and complex TLS variables in a source hyperjump system, and establishing TLS variable source features; constructing a dynamic scalable TLS memory pool matching variable access authority in a target system, extending a kernel state TLS segment descriptor, constructing a bidirectional mapping table of musl TLS offset and memory pool address, and optimizing hot spot variable to construct a cluster structure body aligned with CPU cache lines to improve access efficiency; recording a TLS variable access track through a dynamic binary translation engine, updating a TLS segment descriptor, reading the descriptor to recover a TLS context when thread switching, refreshing a cache to guarantee consistency, and converting addresses and offsets according to target system alignment requirements in combination with source features and the bidirectional mapping table for TLS variables of nested structures, pointers and array types, so as to complete dynamic conversion and execution of a source system application in the target system.

Techniques for generating segment code for a legacy mainframe-source artifact that include generating an abstract-syntax-tree (CAA-AST) from a compiler-analysis artifact (CAA) that is generated by compiling a mainframe-source artifact (MSA), and identifying a plurality of logical segments of the MSA based on the CAA-AST. For each logical segment identified, determining a segment descriptor that includes a segment identifier and a segment label, generating a segment-code prompt based on the segment descriptor, and applying the segment-code prompt to a large-language model (LLM) to generate segment code, where the segment code of the plurality of logical segments is integrated to form integrated project code for the MSA.