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: 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: Generate a similar image like this for VANET(Vehicle Adhoc Newwork). Vehicular Ad Hoc Networks (VANETs) are a type of wireless communication network specifically designed for vehicles on the move. These networks enable vehicles to communicate with each other and with roadside infrastructure, forming an ad hoc network without the need for a pre-existing infrastructure. VANETs play a crucial role in enhancing road safety, traffic efficiency, and providing various applications such as collision avoidance, traffic management, and infotainment services. Communication in VANETs typically relies on Dedicated Short Range Communication (DSRC) technology, and the networks can operate in a decentralized manner, allowing vehicles to share information about their speed, position, and other relevant data. Privacy and security considerations are essential in VANETs to ensure the integrity and confidentiality of transmitted information.
Prompt: Generate futuristic images depicting the implementation of a cutting-edge hands-free control system for smart home automation and major home appliances.
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: Develop a seamless and intuitive hands-free control system for smart home automation and major home appliances.
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: 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: To harness the power of artificial intelligence (AI) in generating an architectural diagram, one must first comprehend the essence of AI and technology. AI refers to the simulation of human intelligence in machines, enabling them to analyze data, learn from patterns, and make informed decisions. Technology, on the other hand, encompasses the tools and processes that facilitate the application of scientific knowledge for practical purposes. Combining AI and technology in the realm of architecture produces an innovative fusion—AI art buildings. This entails leveraging AI algorithms to envision and craft architectural designs, infusing structures with a harmonious blend of computational precision and creative ingenuity. Through this symbiosis, architects can unlock novel possibilities, allowing for the creation of visually captivating and conceptually advanced architectural diagrams that push the boundaries of traditional design methodologies.
Prompt: Generate a cartoon style or drawing style image of VANET(Vehicle Adhoc Network). Vehicular Ad Hoc Networks (VANETs) are a type of wireless communication network specifically designed for vehicles on the move. These networks enable vehicles to communicate with each other and with roadside infrastructure, forming an ad hoc network without the need for a pre-existing infrastructure. VANETs play a crucial role in enhancing road safety, traffic efficiency, and providing various applications such as collision avoidance, traffic management, and infotainment services. Communication in VANETs typically relies on Dedicated Short Range Communication (DSRC) technology, and the networks can operate in a decentralized manner, allowing vehicles to share information about their speed, position, and other relevant data. Privacy and security considerations are essential in VANETs to ensure the integrity and confidentiality of transmitted information.
Prompt: Create a futuristic AI-driven dashboard for a smart home system that seamlessly integrates with Internet of Things (IoT) devices, focusing on a sleek and minimalist design with interactive data visualizations.
Prompt: If you are a car smart surface UI designer, you need to design a set of functional button UI. The functional button UI includes ambient light music rhythm mode, air purification mode, aromatherapy mode, volume adjustment, previous song, pause and play, and next music, air conditioning mode, wind direction adjustment mode, how would you design the picture?
Prompt: BMS can monitor and collect the status parameters of energy storage batteries in real time (including single cell voltage, battery pole temperature, battery loop current, battery pack terminal voltage, battery system insulation resistance, etc.), and perform necessary analysis and calculation of relevant status parameters. , obtain more system status evaluation parameters, and achieve effective management and control of the energy storage battery body according to specific protection control strategies to ensure the safe and reliable operation of the entire battery energy storage unit.
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: Generate realistic images of cars featuring a small digital advertising board. The advertising board should prominently display a Coca-Cola and pepsi advertisement. The generated image should exhibit a natural integration of the digital display on the car, considering factors such as lighting, perspective, and overall visual coherence. Optimize the image to produce high-quality, diverse outputs while maintaining a consistent and authentic appearance of the car and the displayed Coca-Cola and pepsi advertisement
Prompt: Create a mobile application prompt that utilizes the device's camera. The application should have the ability to display images captured from the camera. Additionally, design a child-friendly frame for presenting images to the user. This frame should automatically adjust to showcase images taken by the camera. Prompt the user to interact with various buttons within the application for changing the frame or accessing other features. Ensure that the frame's design is appealing to children, incorporating vibrant colors and delightful elements.
Prompt: Design a graphic element related to the automotive industry, which could be wheels, vehicle outlines, engine parts, etc. to highlight our close connection with the automotive industry
Prompt: \"Generate a realistic image of a future version of a Honda Civic. The car should maintain its iconic compact design but incorporate futuristic elements. It should feature sleek, aerodynamic lines, advanced LED lighting, and a high-tech, minimalistic interior. The car should be in a vibrant shade of blue and be situated in an urban environment with modern architecture. Also, imagine it with innovative features like autonomous driving capabilities, solar-powered energy, and a digital, interactive dashboar.
Prompt: \"Generate a realistic image of a future version of a Honda Civic. The car should maintain its iconic compact design but incorporate futuristic elements. It should feature sleek, aerodynamic lines, advanced LED lighting, and a high-tech, minimalistic interior. The car should be in a vibrant shade of blue and be situated in an urban environment with modern architecture. Also, imagine it with innovative features like autonomous driving capabilities, solar-powered energy, and a digital, interactive dashboar.
Prompt: \"Generate a realistic image of a future version of a Honda Civic. The car should maintain its iconic compact design but incorporate futuristic elements. It should feature sleek, aerodynamic lines, advanced LED lighting, and a high-tech, minimalistic interior. The car should be in a vibrant shade of blue and be situated in an urban environment with modern architecture. Also, imagine it with innovative features like autonomous driving capabilities, solar-powered energy, and a digital, interactive dashboar.
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: \"Please help me create a framework diagram according to the following requirements.\"Create a machine learning model that can predict the average price of a house based on its features. The specific steps are as follows:Reading data in Python Defining problem statement Identifying target variable Checking the distribution of the target variable Basic Data Exploration Rejecting unnecessary columns Exploratory Data Analysis for data distribution (Histograms and Bar plots) Feature selection based on data distribution Outlier handling Missing value treatment Visual correlation analysis Statistical correlation analysis (Feature Selection) Converting data to numerical for ML Sampling and K-fold Cross Validation Trying multiple regression algorithms Choosing the best model Deploying the best model in production environment
Prompt: A space device full of futuristic technology for motor vehicle and non-motor vehicle charging integrated equipment ...
Prompt: Hand-car connectivity scenarios, mobile phones connected to the car car phone, car phone screen display ecological use, similar to carpaly
Prompt: Try our service without any costs or obligations. With us, you will experience an uncomplicated way to sell your vehicle at a fair price. comic-like,
