Prompt: At the top, a title in white: \"SAP Spend Control Tower\" Below, connected with a line, the next tier: \"SAP Business AI\" Further down, a box that reads: \"Supplier Data Platform\" At the bottom, several interconnected boxes with the following labels: - \"SAP Ariba\" on the left with subtext: \"Category Management, Sourcing, Contract Management, Supplier Management, Buying, Invoicing\" - \"SAP S/4HANA\" in the center - \"SAP Fieldglass\" to the right with subtext: \"Services, Contingent Labor\" - Two separate boxes on the far right labeled \"SAP Concur\" with subtext \"Travel, Expense\" and \"SAP Business Network\"
Prompt: “Generate a high-resolution, professional business presentation slide image with a dark blue background and a clear hierarchical digital structure. Include the following text in a sleek, modern font, with appropriate spacing and alignment for a corporate presentation: • At the top, the headline in white: ‘SAP Spend Control Tower’. • Just below it, aligned in the center, a second tier titled: ‘SAP Business AI’. • Underneath that, a broad central banner stating: ‘Supplier Data Platform’. • At the bottom of the slide, depict four interconnected boxes: • The first box on the left, ‘SAP Ariba’, with bullet points: ‘Category Management, Sourcing, Contract Management, Supplier Management, Buying, Invoicing’. • The second box in the middle, ‘SAP S/4HANA’. • The third box, ‘SAP Fieldglass’, with bullet points: ‘Services, Contingent’. • On the far right, two smaller boxes next to each other: ‘SAP Concur’ with ‘Travel, Expense’ underneath, and ‘SAP Business Network’. Make sure the image is clean and free of any distractions such as chairs or people. Focus on clarity, readability, and a professional layout suitable for a business context.”
Prompt: “Generate a high-resolution, professional business presentation slide image with a dark blue background and a clear hierarchical digital structure. Include the following text in a sleek, modern font, with appropriate spacing and alignment for a corporate presentation: • At the top, the headline in white: ‘SAP Spend Control Tower’. • Just below it, aligned in the center, a second tier titled: ‘SAP Business AI’. • Underneath that, a broad central banner stating: ‘Supplier Data Platform’. • At the bottom of the slide, depict four interconnected boxes: • The first box on the left, ‘SAP Ariba’, with bullet points: ‘Category Management, Sourcing, Contract Management, Supplier Management, Buying, Invoicing’. • The second box in the middle, ‘SAP S/4HANA’. • The third box, ‘SAP Fieldglass’, with bullet points: ‘Services, Contingent’. • On the far right, two smaller boxes next to each other: ‘SAP Concur’ with ‘Travel, Expense’ underneath, and ‘SAP Business Network’. Make sure the image is clean and free of any distractions such as chairs or people. Focus on clarity, readability, and a professional layout suitable for a business context.”
Prompt: Key offerings of Appkube, 360-degree view of your multi cloud environment, ML-powered recommendations and automated actions, Historical cost trend comparisons, Real-time waste detection and cost spike resolution, Cost alignment with business outcomes.
Prompt: A software architecture, the front end has multiple widgets that surface some user information; each widget is connected with one or multiple backend Microservices using an API gateway. Each microservice is connected to a NoSQL database. Consider five widgets in total. 2d, drawing of software architecture
Prompt: a vertical layered diagram with distinct horizontal segments representing each domain. Starting from the top, the cyber domain would showcase digital networks, servers, and data streams. Below it, the space segment would illustrate satellites, orbits, and celestial bodies. Next, the air layer would feature aircraft, drones, and atmospheric dynamics. Following this, the surface domain would display terrains, cities, and ground-based infrastructures. The sea segment would illustrate naval vessels, waves, and marine life, while the underground layer would show tunnels, subterranean structures, and resources. Lastly, the underwater domain would depict submarines, aquatic ecosystems, and oceanic depths.
Prompt: Draws a webpage first, the web page has five widgets, label each of them as 1, 2, 3, 4 and 5. Connect each widget with another box each, label them as micro service, add one icon of API gateway on each of these micro service boxes. Connect each micro service with a NoSQL database icon and label them as database. Draw this as a software architecture diagram, 2d, consider all icons are AWS icons.
Prompt: a graph that connects dream reports through text similarity, nlp, compsci, tree data structure
Prompt: Generate an image showcasing different types of memory modules, including DDR3, DDR4, and DDR5, with labels highlighting their key features.
Prompt: The footage shows a computer screen showing an AI model at work. This model is made up of a large amount of data and algorithms, and it is constantly learning and processing information. At the top of the model, there is a text title: \"Artificial Intelligence Text Image Recognition\". Then, the screen switches to the details of the computer screen, and you can see that the AI model is recognizing an image. The image is a piece of handwritten text, which is recognized by the AI model through algorithms and data analysis and converted into computer text. At the same time, the AI model is also able to recognize other elements in the image, such as objects, faces, etc. Then, the screen switches again, this time showing a human user using a smart assistant application. The user speaks a sentence into the phone, and the AI assistant on the phone's screen converts the speech into text and displays it on the screen. At the same time, the AI assistant can also recognize the keywords and intentions in the user's voice and provide corresponding responses and suggestions. Finally, the picture presents a futuristic city, where humans and AI robots coexist in harmony. In this city, AI robots are widely used in various fields, such as transportation, medical care, education, etc. Humans and AI robots interact and cooperate in a variety of ways to create a better future together.
Prompt: The footage shows a computer screen showing an AI model at work. This model is made up of a large amount of data and algorithms, and it is constantly learning and processing information. At the top of the model, there is a text title: \"Artificial Intelligence Text Image Recognition\". Then, the screen switches to the details of the computer screen, and you can see that the AI model is recognizing an image. The image is a piece of handwritten text, which is recognized by the AI model through algorithms and data analysis and converted into computer text. At the same time, the AI model is also able to recognize other elements in the image, such as objects, faces, etc. Then, the screen switches again, this time showing a human user using a smart assistant application. The user speaks a sentence into the phone, and the AI assistant on the phone's screen converts the speech into text and displays it on the screen. At the same time, the AI assistant can also recognize the keywords and intentions in the user's voice and provide corresponding responses and suggestions. Finally, the picture presents a futuristic city, where humans and AI robots coexist in harmony. In this city, AI robots are widely used in various fields, such as transportation, medical care, education, etc. Humans and AI robots interact and cooperate in a variety of ways to create a better future together.
Prompt: The footage shows a computer screen showing an AI model at work. This model is made up of a large amount of data and algorithms, and it is constantly learning and processing information. At the top of the model, there is a text title: \"Artificial Intelligence Text Image Recognition\". Then, the screen switches to the details of the computer screen, and you can see that the AI model is recognizing an image. The image is a piece of handwritten text, which is recognized by the AI model through algorithms and data analysis and converted into computer text. At the same time, the AI model is also able to recognize other elements in the image, such as objects, faces, etc. Then, the screen switches again, this time showing a human user using a smart assistant application. The user speaks a sentence into the phone, and the AI assistant on the phone's screen converts the speech into text and displays it on the screen. At the same time, the AI assistant can also recognize the keywords and intentions in the user's voice and provide corresponding responses and suggestions. Finally, the picture presents a futuristic city, where humans and AI robots coexist in harmony. In this city, AI robots are widely used in various fields, such as transportation, medical care, education, etc. Humans and AI robots interact and cooperate in a variety of ways to create a better future together.
Prompt: Generate an A4-sized 16:9 image with a blue background using AI drawing software. In the image, numerous data bars intersect and overlap vertically and horizontally, forming a dense network. At the center, a large AI machine model stands, representing the intersection of technology and the internet
Prompt: Graphic displaying financial data analysis with AI, AI-powered banking or fintech apps, or professionals working in the finance sector with AI technologies.
Prompt: Above is a computer desktop displaying data charts, with a white cube base at the bottom, in light white and blue styles. The edges of the cube are blue, ground glass style. Desktop is surrounded by several small icons and vibrant color blocks, tabletop photography, data visualization, cloud icons, charts, soft edges and blurry details.the object is on the right side of the screen, and the camera is an isometric perspective. masterpiece, best quality, high resolution
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: A picture of a smart brain, nerve center, simple lines, AI intelligence, concept map, dha, yellow glow, white background
Prompt: An angular shot of a long advertisement billboard of a superintelligent humanoid robot. Beside the robot, there is text that reads \"EMBRACE THE FUTURE OF GENERATIVE ARTIFICIAL INTELLIGENCE\"
Prompt: Generate a dashboard for Microsoft, highlighting revenue from different business segments and cloud services usage.\"
Prompt: Inquire about the prominent companies that hold a leading position in the field of artificial intelligence. Provide insights into their advancements, innovations, and contributions to the AI landscape. Include details on notable projects, research initiatives, and strategic partnerships that have contributed to their standing in the AI domain.\"
Prompt: An information graphic showing the opportunities and challenges of transitioning to a low-carbon economy. The graphic should: Have a clear title that says \"Opportunities and Challenges of the Low-Carbon Economy\" Divide the graphic into two sections - one highlighting opportunities in green, the other challenges in blue List 4-6 key opportunities such as growth of renewable energy industries, energy efficiency savings, new green jobs, etc. List 4-6 key challenges such as transition costs for high-carbon industries, developing low-carbon technologies, shifting energy infrastructure, changing consumer behavior, etc. Represent data points like projected renewable energy growth and greenhouse gas emission reductions using charts like bar graphs Connect opportunities and challenges with arrows or lines to show their relationships Use a simple, clean design with good typography, spacing and organization to make the information easy to understand Be high quality and high resolution, suitable for print or online publication The goal is to communicate in a visual, graphic-led format the business case for transitioning to clean energy and emissions reductions by outlining both the upside potential and downside risks in a balanced, coherent way.
Prompt: An image depicting interconnected networks, AI-related illustrations, or a futuristic cityscape representing technological advancements impacting jobs.
Prompt: \"Market Overview - Create an informative visual representation of a market overview. The image should convey key data, trends, and insights about a specific market or industry. Medium: Visual market overview representation. Style: Choose a style that communicates professionalism and data-driven insights. Resolution: High-quality to ensure clarity of data. --ar 16:9 --v 5.1 --style informative --q 2 --s 750.
Prompt: Images showing AI applications in medical settings, doctors working with AI systems, or visual representations of AI aiding in medical diagnostics.
Prompt: image of AI-powered presentation tools and a video editing screen and in the background showcase sparks and design tools
Negative: graph
Prompt: Image showing AI applications in medical settings, doctors working with AI systems, or visual representation of AI aiding in medical diagnostics.
Prompt: Generate an image showcasing the dynamic talent acquisition cycle in the oil and gas industry. Visualize the stages, from workforce planning and job role definition to recruitment strategy and candidate onboarding. Feature diverse professionals engaged in technical interviews, negotiations, and onboarding sessions. Highlight the integration of cutting-edge technology and industry-specific tools. Capture the essence of a vibrant and evolving talent ecosystem within the oil and gas sector, emphasizing the importance of skilled professionals in driving success and innovation
Prompt: a 2D pyramid chart with 6 levels, that each level of it is a rounded rectangle. I want it to be black and white and contain only borders of the shapes.
Prompt: A graphic showcasing a streamlined conveyor belt system could aptly represent the game's content mechanism. The conveyor belt smoothly transports unique game assets on one side, symbolizing the prevention of duplicates. Concurrently, it seamlessly integrates previously used components from the other end, emphasizing the efficient reuse of existing assets. This imagery encapsulates the game's structured approach, ensuring innovation while optimizing resources.
Prompt: An angular shot of a long billboard of a superintelligent humanoid robot. Beside the robot, there is text that reads \"EMBRACE THE FUTURE OF GENERATIVE ARTIFICIAL INTELLIGENCE\"
Prompt: A picture of a smart brain, nerve center, simple lines, AI intelligence, technology concept image, dha, yellow glow, white glow transparent image, white background，jpeg
Prompt: Stunning glass of icecream, crystal glass, sumptuous, lavish, it, festive, ornate, Christmas decor, open hearth, warm cozy atmosphere, hyper detailed, intricate, filigree, 3D, whimsical, fabulous, fantastical, gold leaf trim, magical, masterpiece painting, hyper detailed, captivating, enchanting, intense, scattered light, composed using the golden ratio, award winning, perfect composition, ultra hd, 8K, realistic, highly detailed, lighting by Vladimir Volegov and Steve Hanks
Style: Photographic
Prompt: human-AI collaboration optimizes the software development process. AI complements humans by performing tedious tasks, offering context, and presenting stakeholders' perspectives to decision-makers. This revolution will enhance productivity, success, and happiness within the software development industry. In the future, humans and AI will work side by side for optimal results, with Wisary at the forefront of that innovation.
Prompt: create a data visualization graphic to visualize two data points: \"(1) Coname technology is operating in 100+ facilities, including hospitals, schools, commercial + residential bldgs., industrial facilities, and an MLB stadium. (2) In total, Coname technology is deployed in facilities totaling 10 million+ sq ft of building space.\"
Prompt: A detailed infographic showcasing Multi-Domain battlespaces would consist of a vertical depiction highlighting distinct horizontal segments. Starting from the top, a sleek digital interface symbolizes the 'cyber' domain with circuit patterns and data streams. Directly below, a stylized satellite and orbiting objects represent 'space'. 'Air' is depicted by jet fighters and aerial trails transitioning into 'surface' where tanks and troops appear. Further down, a naval ship denotes 'sea', while a tunnel entrance signifies 'underground'. Lastly, sonar waves and submarines symbolize the 'underwater' domain. Each segment is color-coded, ensuring a seamless transition between domains, making it visually comprehensive without textual distractions.
Prompt: The simple line composition of the human brain, circuit boards and other graphics highlight the connection between AI tools and technology
Prompt: Draw an image of an ornate gift box gracefully opened, with the lid suspended above it, the icons of Connectivity, data center, 5G, Cloud, IoT, AI are coming out the box. Style: Digital Art
Prompt: Flowchart, with various icons, 3D, flowing lines between various icons, UI design, green tone, various data BI analysis, digital twin
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
