Prompt: Gesture Reinforced Motion Control Environment Using the BGT60TR13C Infineon’s XENSIV™ 60 GHz radar sensor for precise gesture recognition.
Prompt: Generate futuristic images depicting the implementation of a cutting-edge hands-free control system for smart home automation and major home appliances.
Prompt: 3D interaction, AR, a very useful tool with a sense of technology, making users very happy and avoiding human hands
Prompt: Design a minimalist medical monitoring robot that can be hung on the wall, with a clear and clear structure, rich in human touch and warmth. A high-definition camera is used to capture and analyze images and video signals for facial expression recognition, eye tracking, gesture recognition, behavior recognition, and other functions. The position and angle of the camera should be adjustable to adapt to different environments and scenes. A highly sensitive microphone used to capture and analyze sound signals for functions such as sound sensing, cough recognition, and speech recognition. The directionality and array of the microphone should be adjustable to reduce the impact of noise and interference. A high-performance processor used to run and control various AI algorithms and models for functions such as motion amplification, natural language processing, and analytical decision-making. The speed and memory of the processor should be able to meet real-time and efficient computing needs. A high-definition display screen used to display and interact various information and content, achieving functions such as human-computer dialogue, emotional expression, and composite display. The size and resolution of the display screen should be able to adapt to different users and needs. A highly stable power supply used to supply and manage power for various devices and components to ensure the normal operation and safety of the robot. The capacity and lifespan of the power supply should be able to support long-term and continuous use. studio lighting octane rendering industrial design high detail 16K--ar3：4
Prompt: Design a minimalist medical monitoring robot that can be hung on the wall, with a clear and clear structure, rich in human touch and warmth. A high-definition camera is used to capture and analyze images and video signals for facial expression recognition, eye tracking, gesture recognition, behavior recognition, and other functions. The position and angle of the camera should be adjustable to adapt to different environments and scenes. A highly sensitive microphone used to capture and analyze sound signals for functions such as sound sensing, cough recognition, and speech recognition. The directionality and array of the microphone should be adjustable to reduce the impact of noise and interference. A high-performance processor used to run and control various AI algorithms and models for functions such as motion amplification, natural language processing, and analytical decision-making. The speed and memory of the processor should be able to meet real-time and efficient computing needs. A high-definition display screen used to display and interact various information and content, achieving functions such as human-computer dialogue, emotional expression, and composite display. The size and resolution of the display screen should be able to adapt to different users and needs. A highly stable power supply used to supply and manage power for various devices and components to ensure the normal operation and safety of the robot. The capacity and lifespan of the power supply should be able to support long-term and continuous use. clean background studio lighting 16K--ar3：4 octane rendering
Prompt: driving monitoring assistant system. We are planning to make a regression model for driver drowsiness detection and there after applying brakes in the vehicle. Make a simple system of architecture for the project which will give exact flow of my project. Make simple and use English language
Prompt: Design a household dual wheeled robot that is intelligent, high-performance, minimalist, and ergonomic
Prompt: Develop a seamless and intuitive hands-free control system for smart home automation and major home appliances.
Prompt: Visualize a dynamic image of a game controller being passed from the hands of a creator to a group of enthusiastic players. The controller, pulsating with energy, symbolizes the vitality of the game. As it changes hands, the players eagerly press buttons, unleashing a burst of colorful effects and interactions. Some players offer suggestions and feedback, while others appear disinterested, showcasing the spectrum of responses creators may encounter.
Prompt: illustration for a WORKSHOP on this topic: Design methods for training and mediation Serious games, virtual and augmented reality, didactics, artificial intelligence
Prompt: Create a realistic picture about Virtual Reality in Education in a university class, a picture (not video )
Prompt: I want to make a medical monitoring robot with a clear and simple structure, including a camera, microphone, speaker, processor, etc,
Prompt: I want to make a medical monitoring robot with a clear and simple structure, including a camera, microphone, speaker, processor, etc,
Prompt: The cockpit of the future of the car，Large spaceMultiple angles，A sense of science and technology，High resolution
Prompt: Fast advertisement an software aplication user enrol the course and get approved certification.
Prompt: Envision a solitary individual standing before a cutting-edge interactive exhibit, eager to explore its possibilities. Yet, the person's attempts at engagement are thwarted by an unseen force, representing the imposed constraints and scripted rigidity. The image conveys a sense of isolation and frustration as the individual grapples with the paradox of a supposedly interactive experience rendered counterintuitive and confining.
Prompt: Design a household dual wheeled robot that combines industrial style, has a sense of technology, can achieve mass production, and is functional
Prompt: Reliance on speech commands and multiple remotes in smart home automation and major home appliances.
Prompt: You are a senior designer, please create dynamic images as the following requirements: 1. Description of Modern Industrial Scene: • Innovative Equipment: A modern industrial production line consisting of cutting-edge machinery such as rolling mills, fans, motors, compressors, and pumps. • Advanced Sensors: Installation of both wired and wireless sensors on the surface of the equipment, with wireless sensors transmitting data in a digital waveform. 2. Visualization of Data: • Multidimensional Monitoring: Presentation of monitoring data in various dimensions including vibration, temperature, current, noise, torque, and speed. • Clear Charts: Use of lines, colors, and other methods to clearly depict the status of the equipment, achieving data visualization. 3. Iron Cat Safety Ambassador: • Robot Figure: Iron Cat appears in the center of the production line as a robot figure. • Lunar New Year Elements: Integration of Lunar New Year elements into Iron Cat's design, such as dragon scale patterns and dragon-shaped ears, conveying New Year blessings. 4. Animated Elements Presentation: • Dynamic Equipment Operation: Animated representation of dynamic effects during equipment operation. • Real-time Updates: Real-time updates of data charts. • Iron Cat's Actions: Depiction of Iron Cat's movements through animated elements. 5. New Year Blessing Text: • Design of Blessing Text: Inclusion of a segment of traditional Chinese-style blessing text on one side of the artwork. • New Year Wishes: Expression of New Year wishes to the audience. 6. Incorporation of Lunar New Year Elements: • Red Dragon Patterns: Integration of red dragon-shaped patterns into the scene. • Additional Elements: Inclusion of other Lunar New Year elements like couplets (春联). 7. Warm Color Palette: • Warm Color Tones: Use of warm tones such as red, orange, and gold. • Tech-Inspired Colors: Application of tech-inspired colors like silver and blue to the equipment and sensors.
Prompt: Robot Appearance: The robot is compact with a streamlined design, exuding a high-tech vibe. It is equipped with precise sensors and cleaning mechanisms. Task Execution: The robot focuses on patrolling the human body, using advanced technology to clean various viruses and harmful substances, ensuring the internal health of the body. High-Tech Environment: The internal environment displays high-tech features as the robot interacts with different parts of the body through digital interfaces, effectively completing the cleaning tasks. Virus Cleanup: Equipped with advanced virus recognition technology, the robot can quickly and accurately locate and eliminate potential health threats. Waste Management: In addition to virus cleaning, the robot is responsible for collecting and processing cellular waste, ensuring a consistently clean internal environment. Internal Body Scene: Through the transparent body outline, we can see the robot navigating between blood vessels and organs, performing its cleaning tasks. Health Monitoring: The robot can also monitor the body's health status, providing real-time data feedback to help prevent potential health issues. Technological Glow: The robot emits a soft and futuristic glow, making the entire scene full of a sense of the future.
