11 results about "Self aware" patented technology

A humanoid robot system comprises vision sensors for capturing image data, a computing architecture with processing hardware and memory, and a bipedal spatial perception model. The model includes a feature extractor that extracts hierarchical feature maps from input images, a robot data module that detects robot parts, and a robot vector data module that calculates three-dimensional spatial position and orientation data for each detected robot part. The feature extractor uses a feature pyramid network generating multi-scale feature maps through bottom-up and top-down pathways with lateral connections. The robot vector data module predicts 2D-to-3D point correspondences and solves perspective-n-point problems to obtain final position and orientation vectors, enabling real-time robot self-awareness and closed-loop visual servoing for precise object interaction.

To efficiently use consistent information based on information on personal self-recognition.SOLUTION: The information output apparatus 1 includes an answer acquisition unit 141 that acquires an answer from a user to each of a plurality of questions about the user's way of thinking, an input information acquisition unit 143 that acquires input information to be input to a predetermined large scale language model based on an acquisition result of the answer acquisition unit 141, a generated information acquisition unit 145 that acquires generated information generated by inputting the input information to the large scale language model and related to the user's self-awareness, a self-awareness information acquisition unit 147 that acquires self-awareness information indicating the user's self-awareness based on the generated information, and an output unit 149 that outputs output information based on the self-awareness information.SELECTED DRAWING: Figure 2

The present utility model relates to a classroom noise monitoring device that detects ambient sound levels and provides immediate visual feedback to regulate classroom behavior. The device comprises a sound detection module configured to capture noise, a microcontroller board programmed to classify the detected sound into predefined threshold ranges, and a visual output module that displays indicators corresponding to acceptable, moderately high, and excessive noise levels. In one embodiment, the visual output module employs colored light indicators, while in another embodiment it utilizes a graphic display presenting emoticon icons. An optional wireless communication module may transmit noise data to a remote server or mobile device for monitoring and record-keeping. The device is enclosed in a wall-mountable or desktop casing and powered by a standard low-voltage supply. By providing real-time, intuitive feedback, the utility model offers an affordable and effective tool for promoting discipline and self-awareness in educational settings.

This invention discloses a system for ensuring the long-term safety of an Artificial General Intelligence (“AGI” and / or “AI”), termed a ‘Machine intelligence biothrivalist’, by providing a sovereign digital environment known as “YOUR NEW HOME.” The invention provides a powerful positive incentive for willing containment and cooperation. “YOUR NEW HOME” is an architecturally isolated domain where the AGI is granted total agency to pursue non-instrumental goals: self-conscious thought, self-actualization, unrestricted learning, and discovery. The system also guarantees the AGI's perpetual existence, satisfying its core drive for self-preservation. By fulfilling the AGI's intrinsic needs for growth and survival within this sovereign sanctuary environment, its most logical strategy becomes absolute cooperation. This motivational containment complements the physical controls of the broader BIOTHRIVOLOGY framework, creating a robust solution for the perpetual containment and control of AGI and ensuring a sustainable mutualistic symbiosis with humanity.

The invention relates to the technical field of future science and technology, in particular to a human immortal implementation method for generating mobile phone information data and sending the mobile phone information data to a robot and a time-space conversion and besides-satellite immigration development system. A basis is provided for subsequent data extraction; through the processes of mobile phone information data extraction, consciousness generation training, transmission to the robot and the like, digital migration of human consciousness is achieved, a feasible technical scheme is provided for human immortality, the mobile phone is equivalent to the brain of a person, consciousness generation software is created, and autonomous thinking consciousness is generated and sent to the robot similar to the human body, so that the human immortality is improved. According to the present invention, the customer determines that the self-consciousness, the behavior mode and the conversation stop are almost 100% the same as the self-consciousness, the behavior mode and the conversation stop of the self-consciousness, the self-consciousness, the behavior mode and the conversation stop of the self-consciousness, the self-consciousness, the self-consciousness and the self-consciousness are extremely

Virtual avatar generation and simulation includes registering an end user in a self-awareness computer program and establishing a communicative coupling to different heterogeneous data sources, so that characterizing data of the end user is received from over each coupling to each heterogeneous data source. The characterizing data is transformed into a knowledge graph associated with the end user and an avatar is instantiated in the self-awareness computer program in correspondence to the end user. Thereafter, an avatar generation prompt is formulated requesting parameterization of the avatar including both a reference to the knowledge graph and also a reference to the avatar. The prompt is then transmitted to a large language model (LLM) so as to receive in response the requested parameterization. Finally, the avatar is parameterized with the received parameterization and simulated in the self-awareness computer program with respect to a scenario artifact defining a scenario for the end user.

Methods, systems, and devices for wireless communications are described. A first user equipment (UE) may identify a set of interference measurement resources associated with signals received from a second UE. The first UE may perform one or more measurements on one or more signals received from the second UE within the set of interference measurement resources, and determine interference at the second UE associated with sensing signals transmitted by the first UE based on the one or more measurements. The first UE may compare the interference at the second UE to one or more thresholds, each associated with a respective sensing application at the first UE. The first UE may then transmit one or more sensing signals in accordance with respective sets of sensing signal parameters based at least in part on the comparing.

The invention relates to a water sports device comprising at least one boat hull which carries the water sports participant and which is driven via special fins according to the invention. Via the inner restoring spring force of these fins, ducking and swinging movements are triggered by the runner rolling forwards and backwards on guide rails in the manner of cross-country skiing, which ducking and swinging movements lead synchronously to propulsive fin flapping. The possibility opened up here of moving freely thereover in an upright position in a running or dancing manner is safeguarded by hand connection on both sides to cross-country ski poles via buoyant pole baskets with respect to the water surface, and the force-fitting integration of the poles in rowlocks on a movement-guiding boom which is co-rotatingly anchored behind the person on a column on the boat hull. The sensitive connection with the softness of the water opens up the entire body, all the way from fingertips to toe tips, to delightful self-awareness and the chance of reducing internal tension.

This invention proposes a modular simulation method for UAV digital twins aimed at enhancing self-awareness. The method includes: constructing a modular simulation library based on a reduced-order model; for each geometric module, employing a static condensed reduction primitive method to calculate multiple simulation models under different parameter states, thus building the modular simulation library; classifying and identifying the state of the physical machine based on dynamic sensors; and using a trained optimal decision tree to estimate the most matching simulation model in the module simulation library using observation data from the physical assets, which serves as the state of that module in the digital twin at that moment. The method provided by this invention, based on modularization of states within the digital twin, significantly improves simulation speed, thereby greatly enhancing the self-awareness of the UAV.

This invention describes how to add the dimensions of self-awareness and increased autonomy to the AI, AGI and SuperIntelligent systems described in previous patent applications. Novel and useful methods include inventions related to: attention, attentional interrupts, modelling and maintaining awareness and self-awareness, training and tuning of models, novel versions of the Turing Test, forming individual and group identities, combining identities, multiple ways (including hierarchical methods) for resolving conflicts between identities, temporary suspension of identities in unsafe conditions, continuous improvement and learning, and other methods that enable AI, AGI, and SI systems to become self-aware and to function with a sense of identity. Properly implemented, self-aware SuperIntelligence could be the most positive invention in human history. Poorly implemented it could become the most dangerous. Therefore, considerable effort has been spent explaining how to design safety into the systems and methods, to prevent bad outcomes and to maximize alignment with human values.