Prompt: Gesture Reinforced Motion Control Environment Using the BGT60TR13C Infineon’s XENSIV™ 60 GHz radar sensor for precise gesture recognition.
Prompt: Emphasize the seamless and intuitive nature of the interface, showcasing users interacting effortlessly through precise gesture recognition enabled by the BGT60TR13C Infineon’s XENSIV™ 60 GHz radar sensor
Prompt: Generate realistic images depicting the implementation of a cutting-edge hands-free control system for smart home automation and major home appliances. Emphasize the seamless and intuitive nature of the interface, showcasing users interacting effortlessly through precise gesture recognition enabled by the BGT60TR13C Infineon’s XENSIV™ 60 GHz radar sensor. Highlight the smart home controller's flexibility, future-proof design, and affordability, aiming to enhance the overall user experience. Integrate visuals that demonstrate the system's application in various scenarios, including health care, material detection, sleeping monitoring, smart home automation, smart speaker control, and presence detection, emphasizing its versatility across different use cases.
Prompt: Radar Sensor applications such as health care, material detection, sleeping monitoring, smart home automation, smart speaker control and presence detection
Prompt: Develop a seamless and intuitive hands-free control system for smart home automation and major home appliances.
Prompt: Generate futuristic images depicting the implementation of a cutting-edge hands-free control system for smart home automation and major home appliances.
Prompt: The NanoPorter is a small electronic teleportation device, revolutionizing the way people move around the world. With compact dimensions, similar to a keychain, this technological device provides the ability to travel instantly from one location to another.
Prompt: Coding Monitor: Find out more about the coding monitor, which is a device that can help programmers code more efficiently and comfortably, by providing features such as high resolution, adjustable brightness, and ergonomic design.
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 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: Auris is a device that has a camera and a speaker, that uses Ai learning software to translate Sign language to speech.
Prompt: Auris is a device that has a camera and a speaker, that uses Ai learning software to translate Sign language to speech.
Prompt: The NanoPorter is a small electronic teleportation device, revolutionizing the way people move around the world. With compact dimensions, similar to a keychain, this technological device provides the ability to travel instantly from one location to another. helmet
Prompt: In the field of transportation, artificial intelligence promotes intelligent driving and completely changes the way we travel through driver assistance systems and autonomous driving technology, making it safer and more efficient.
Prompt: Create an engaging image regarding cutting-edge Vision Assistance Technologies in gaming. Envision a futuristic scene with a central holographic screen covering the image. The holographic screen should vividly display the concept of vision assistance, incorporating elements such as heat vision, augmented reality overlays, and enhanced visibility through objects. Emphasize the immersive and high-tech nature of the holographic display, conveying the advancements in gaming visuals and the evolution of anti-cheat measures. Integrate subtle cues such as anti-cheat symbols or digital security patterns to reinforce the theme.
Prompt: Based On SDXL Progress: Directly Prompt + Lora Test: CMF ( gold tone, Blue and White tone, Pink tone ),Design Concept(Warm feeling, Technology, Futuristic)
Prompt: Develop an AI model capable of generating realistic images of cars featuring a small digital advertising board. The advertising board should prominently display a Coca-Cola advertisement. The generated image should exhibit a natural integration of the digital display with the car, considering factors such as lighting, perspective, and overall visual coherence. Optimize the model to produce high-quality, diverse outputs while maintaining a consistent and authentic appearance of the car and the displayed Coca-Cola advertisement
Prompt: Craft an image with front-facing printed circuits intertwined within an automotive setting, featuring welding machinery devoid of humanoid shapes, subtly layered with Python code, merging technology and automotive themes seamlessly.
Prompt: Craft an image with front-facing printed circuits intertwined within an automotive setting, featuring welding machinery devoid of humanoid shapes, subtly layered with Python code, merging technology and automotive themes seamlessly.
Prompt: target applications such as health care, material detection, sleeping monitoring, smart home automation, smart speaker control and presence detection.
Prompt: target applications such as health care, material detection, sleeping monitoring, smart home automation, smart speaker control and presence detection.
Prompt: Train a Stable Diffusion model to generate a 360-degree animation of a custom character from images captured at different angles. Use a dataset of character images shot from various views. Specify the views (front, back, side, etc.) for which you want to generate animations, and define the desired animation style (e.g., smooth transitions or specific artistic effects). You can adjust the parameters such as animation speed, angle intervals, and background settings to match your creative vision. Ensure that the generated animations are seamless and visually appealing from all angles. Experiment with different hyperparameters to achieve the desired results and provide a diverse set of animations for a full 360-degree view
Prompt: In the futuristic cityscape, intelligent robotic rats navigate digitalized alleys, safeguarding the city's smart networks with cutting-edge technology. In the Rat era, technological innovation is the key to leading trends.
Prompt: Craft a visually striking image showcasing Vision Assistance Technologies in gaming. Envision a futuristic setting featuring a holographic screen with a focus on pleasing and complementary colors. Use a glitch effect to enhance the high-tech aesthetic, creating a subtle but engaging visual impact. Ensure the holographic display vividly communicates the concept of vision assistance, including elements like heat vision and augmented reality overlays. Harmonize the color scheme to evoke a sense of innovation and advancement, aligning with the cutting-edge technologies explored in the presentation.
Negative: female
Prompt: Generate a picture from a multi-camera, with one sensor looking down and four sensors looking around.
Prompt: Craft a visually striking image showcasing Vision Assistance Technologies in gaming. Envision a futuristic setting featuring a holographic screen with a focus on pleasing and complementary colors. Use a minimal chromatic aberration effect to enhance the high-tech aesthetic, creating a subtle but engaging visual impact. Ensure the holographic display vividly communicates the concept of vision assistance, including elements like heat vision and augmented reality overlays. Harmonize the color scheme to evoke a sense of innovation and advancement, aligning with the cutting-edge technologies explored in the presentation.
Negative: female
Prompt: Generate an image that vividly conveys the concept of thermal vision. Illustrate humanoid shapes positioned behind objects and walls, with their presence highlighted through the application of thermal vision technology. Emphasize the distinct visual representation of heat signatures to create a captivating and futuristic depiction of this advanced imaging technique.
Prompt: video Visualize the expansion of Bilsan Business Solutions, with a focus on the growing team, new office spaces, and positive interactions with clients. Provide a detailed 4K scene that conveys the company's success and the energy of a thriving workplace.
Prompt: 3D interaction, AR, a very useful tool with a sense of technology, making users very happy and avoiding human hands
