10 results about "Conventional technique" patented technology

This application belongs to the field of computer technology and provides a method for executing test tasks of artificial intelligence models, a task compilation method, a chip, a device, and a computer device. This application pre-compiles the task to be processed of the artificial intelligence model, so that it has multiple sub-tasks that achieve performance balance. Each sub-test task in the self-test task set is assigned to the corresponding sub-task of the task to be processed. During the execution of each sub-task by the NPU of the computer device running the target application related to artificial intelligence technology, the sub-test tasks assigned to that sub-task can be executed synchronously. This realizes the efficient utilization of NPU resources and the parallel execution of self-test function safety checks. Unlike conventional technologies, it is not necessary to execute all the sub-test tasks in the self-test task set after completing a complete inference task, thereby improving the effective computing power and resource utilization of the NPU.

Robotic systems and methods for tank seal inspection. A tank inspection robot includes a housing containing a drive assembly, and wheels disposed outside of the housing and operably coupled to the drive assembly. The tank inspection robot also includes at least one sensor coupled to, or disposed in or on a portion of the robot, for collecting data sufficient to evaluate a health, mechanical integrity or effectiveness of one or more circumferential seals between a floating roof, and an interior wall, of a storage tank. The disclosed robot and associated method enable safer and more efficient seal inspection routines as compared to conventional techniques.

A machining center is provided, which can complete replacement of processed works on stock shelves in a work storage section with unprocessed works within a time period significantly shorter than those in conventional techniques and improve the efficiency of an entire processing process. In the machining center, a cover surrounding the work storage section includes an opening portion where rear surface regions of the stock shelves are exposed, a stock shelf access door that closes the opening portion and is driven to be opened and closed, a locking device for the stock shelf access door, a unlocking mechanism that is operable from the outer side of the cover to unlock the locking device, and a door opening / closing detection device that detects an opened or closed state of the stock shelf access door. A control unit of a CNC device includes an interlocking function of disabling the unlocking mechanism while an automatic pallet changer is driven, and a safety control function of prohibiting, based on a detection signal from the door opening / closing detection device, a drive unit of the automatic pallet changer from being driven while the stock shelf access door is in the opened state.

The present invention discloses a method -MICROREC- for installing recoverable piles or micropiles, devised to provide temporary containment, stabilisation of unstable ground or provisional structural support during the construction of walls or other retaining-and-support systems executed by sequential excavation in alternate pits ("batache" technique), or to allow the continuation of further excavation works. Unlike conventional techniques, the mwethod permits the recovery of the structural elements employed as piles or micropiles and, where applicable, of the casings, thereby markedly reducing execution costs and time while minimising environmental impact. The invention likewise affords the flexibility to use different materials, dimensions and spacings in accordance with the specific requirements of each project.

The disclosure relates generally to methods and systems for automated personalized de-stressor recommendation based on stressor estimation. Conventional techniques for detecting the stress and the stressors are mostly manual and employ only some of the influencing parameters such as physiological parameters, behavioral parameters, and so on, thus leading to inaccurate detection of stressors. The present disclosure solves the technical problems in the art by detecting the stress using multi-model evaluation design including physiological changes, psychological changes, behavioral changes, environmental changes, and a bio-chemical indicator. Next, the stressors related to stress detection are identified using a large language model (LLM), which correlates with stress patterns to create a personalized model. Then, appropriate de-stressors are recommended using a recommendation lookup table.

To provide an encryption / decryption system, a decryption device and a decryption program for embedding information invisible to a human being in an image visible to the human being, and for reading the invisible information without making it necessary to add any component as compared with a conventional technology.SOLUTION: A smartphone 1 as a decoding device includes reading means C11 for reading an embedded image in which a pattern image in which a first periodic pattern is allocated to a place where a cell value of a two dimensional code is high and a second periodic pattern is allocated to a place where the cell value is low is embedded, ternarization means C12 for reducing an influence of the embedded image from a read image 51, emphasis processing means C13 for emphasizing one of the first periodic pattern and the second periodic pattern and attenuating the other with respect to an image after ternarization processing, interference-fringe elimination processing means C14 for eliminating an interference-fringe from the image after the emphasis processing, and decoding means C15 for decoding the two dimensional code from the image subjected to the interference-fringe elimination processing.SELECTED DRAWING: Figure 6

The disclosure relates generally to methods and systems to synergize context of end-user with quality-of-experience (QoE) of live video feed. Conventional techniques mostly lack synergy between encoder / decoder and underlying protocol, and they mostly employ motion vector-based encoding, thereby making them not so suitable for latency critical application. In most of the telepresence / teleoperation based live video streaming applications, at a time user's attention is focused on certain region of streamed video and not the entire frame. But most of existing techniques under challenges network conditions, undermine quality evenly throughout frame without giving importance to end-user's instantaneous region of interest. Existing mechanisms that try to alleviate this problem using foveated rendering are computationally expensive hence cannot be deployed easily on real life robotics platforms. The present disclosure attempts to alleviate all above challenges through end-user foveation centric spatio-temporal bitrate adaptation scheme tightly entangled with underlying protocol to achieve dynamic foveated rendering.

Techniques enabling natural language explanations of fault diagnoses are disclosed herein. An example method includes receiving requests associated with a fault within a process system and applying a large language model (LLM) to the requests. Applying the LLM includes querying a symbolic engine based on the requests. The symbolic engine constrains responses output by the LLM based on a system graph associated with the process system. Applying the LLM also includes receiving, from the symbolic engine, an inferential sequence corresponding to the fault that is represented within the system graph and determining a response to at least one of the requests based on the inferential sequence. The example method further includes storing one or more data objects indicating each of the responses. These disclosed techniques improve over conventional techniques by integrating LLMs into the fault diagnostics process and simultaneously reducing / eliminating model hallucinations to increase the accuracy of all LLM outputs.

Systems and methods described herein are configured to estimate nominal stress using finite element (FE) stress calculations, without hand calculations, specific mesh density requirements, or identifying specific geometric parameters such as plate thickness. The systems and methods described herein may be utilized to identify nominal stress in welded structures and components, and also in non-welded components that have stress raisers due to other causes. The systems and methods described herein also allow readily available FE stress results to be utilized in a consistent manner, as well as providing user feedback regarding the accuracy of the nominal stress approximations. Furthermore, the systems and methods described herein are generally faster and less error prone than conventional techniques, and are relatively insensitive to mesh density of the FE stress calculations.

Various embodiments include techniques for parallel encoding of multiple rows of a media frame. The disclosed video encoder includes multiple controllers, where each controller encodes components, or blocks, included in a different row of a media frame. Each of the controllers encodes the respective blocks of the different rows by sending commands and data to different encoding resources that each perform different encoding functions. The controllers have concurrent and independent access to the encoding resources. As a result, the controllers can access any encoding resource to perform encoding functions without regard to what other encoding resources are performing encoding functions for other controllers. As a result, utilization of encoding resources is increased, and encoding performance is improved, relative to conventional techniques.