Prompt: Generate an image showcasing different types of memory modules, including DDR3, DDR4, and DDR5, with labels highlighting their key features.
Prompt: Generate an image dissecting an SSD to reveal its internal components, such as NAND flash memory, controller, and cache, to explain how SSDs work.
Prompt: Create a visual comparison chart illustrating the differences between HDDs and SSDs, showcasing factors such as speed, capacity, and form factor.
Prompt: Create a visual comparison chart illustrating the differences between HDDs and SSDs, showcasing factors such as speed, capacity, and form factor.
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,3D rendering of cyberpunk Al stands, representing the intersection of technology and the internet，Technology background，Central Computer Processors CPU and GPU concept
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: Generate a graphic illustrating the timeline of a cybersecurity breach discovery, highlighting key dates and times, and depicting initial response actions.
Prompt: solo, (squirrel tail:1.3), 1 squirrel girl, jeadite eyes, squirrel ears, medium hair, (smile:1.1), (open mouth:0.8), small face, medium breasts, sleeveless, frills waitress, miniskirt, sweets, standing, (in cafeteria:1.1), chair, table, (forest:0.5), (dappled sunlight:1.1), sharp focus, looking at viewer, cowboy shot, (intricate:1.1), (light green theme:1.2), (light green tone:1.2), (gold tone:0.5), illustration, \u003clora:more_details:0.5\u003e,
Negative: blush, worst quality, large head, low quality, extra digits, bad eye, EasyNegativeV2, ng_deepnegative_v1_75t, text, jpeg artifacts, signature, watermark, username, artist name, trademark, title, light, window, lamp,
Style: Analog Film
Prompt: golden casino slot machine, jackpot win, front angle, rendered in CGI, rendered in 3DSMAX, r, rendered in cinema4d, rendered in keyshot, rendered in povray, high quality 3d render, black background, 8k resolution
Prompt: image representing a Text-Based AI environment: Incorporate a background displaying lines of code resembling Language Model (LM) structures in a tech blue color scheme. Integrate the forefront with text snippets, simulating AI-generated content. Emphasize the AI-generated text, maintaining a seamless integration with the background code theme. Create a visually appealing composition that portrays the essence of Generative Text AI, blending text-based AI output and a tech-themed background.
Negative: human
Style: Digital Art
Prompt: image representing a Text-Based AI environment: Incorporate a background displaying lines of code resembling Language Model (LM) structures in a tech blue color scheme. Integrate the forefront with text snippets, simulating AI-generated content. Emphasize the AI-generated text, maintaining a seamless integration with the background code theme. Create a visually appealing composition that portrays the essence of Generative Text AI, blending text-based AI output and a tech-themed background also include text and no robots and faces
Negative: human, robot, face
Style: Digital Art
Prompt: vibrant image showcasing the transformative power of 'Server FPS Boost Optimization.' Envision a sleek, futuristic server environment with dynamic graphics symbolizing enhanced performance. Use bold colors and visual elements to convey the concept of speed, efficiency, and cutting-edge technology in server optimization. Keep it visually engaging and concise.
Prompt: Illustrate a step-by-step guide on how to install a new memory module into a laptop, emphasizing proper handling and alignment.
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,3D rendering of cyberpunk robot stands, representing the intersection of technology and the internet，Technology background，Central Computer Processors CPU and GPU concept
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: An advanced, futuristic supercomputer with the ability to process vast amounts of information seamlessly. It resembles a sleek, cutting-edge computer terminal with intricate internal components, including advanced processors, memory storage units, and complex circuitry. Emphasize the interconnected nature of the components, highlighting the synergy between hardware and software. Capture the essence of intelligence and knowledge, illustrating a fusion of technology and innovation.
Prompt: An informative illustration of Multi-Domain battlespaces, showcasing the following domains as horizontal segments shown from top to bottom: cyber, space, air, surface, sea, underground, underwater.
Prompt: prduct photo of a Nvidia Geforce RTX 6090 with six 120mm fans, hyperdetailed, packaging behind GPU, studio lightning, color corrected
Prompt: Images showing AI applications in medical settings, doctors working with AI systems, or visual representations of AI aiding in medical diagnostics.
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: prduct photo of a Nvidia Geforce RTX 6090, hyperdetailed, packaging behind GPU, studio lightning, color corrected
Prompt: prduct photo of a Nvidia Geforce RTX 6090, hyperdetailed, packaging behind GPU, studio lightning, color corrected
Prompt: a rectangular structure with various components, such as LED walls, VR stations, touch monitors, and iPads. The structure has a height of 1.7 meters, a width of 0.55 meters, and a depth of 0.5 meters. The structure has two options for placing LED walls on the sides, and a VTM module on the top. The structure also has four VR stations arranged vertically next to the VTM module. The structure has areas for touch monitors and iPads on the front and back sides. The structure has an arrow pointing to one side, indicating some modification or adjustment needed on that side. This is a Cabinet.
Prompt: The simple line composition of the human brain, circuit boards and other graphics highlight the connection between AI tools and technology
Prompt: Image showing AI applications in medical settings, doctors working with AI systems, or visual representation of AI aiding in medical diagnostics.
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: 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: something about product managers, with thinking, machines about how a brain works, a side picture on a slide, sense of the future, tech
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,3D rendering of cyberpunk Al stands, Standing in the middle is a thinking robot, with its body glowing，representing the intersection of technology and the internet，Technology background，Central Computer Processors CPU and GPU concept
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: Create a visually engaging collage for your \"AI + Technologies\" design concept with a central AI robotic image. Surround it with icons of diverse technologies, use flowing lines to represent data exchange, and incorporate human interaction visuals. Employ a cool color palette with metallic accents, and add text elements like \"Intelligent Connectivity.\" Experiment with layering for depth, integrate abstract patterns for a tech feel, and play with contrasts for visual impact. Include futuristic elements like holographic displays to emphasize innovation.
Prompt: Visualize a sprawling, intricate schematic of a cutting-edge engine or reactor, exuding a futuristic aura. Every component is meticulously detailed, showcasing advanced technological design. Overlaying this blueprint are numerous neon UI nodes, pulsating with vibrant energy, symbolizing complex data flow and control mechanisms. This juxtaposition of high-tech machinery and luminescent digital interfaces captures a realm where innovation meets precision, evoking a sense of awe and sophistication.
Style: Line Art
Prompt: Visualize a sprawling, intricate schematic of a cutting-edge engine or reactor, exuding a futuristic aura. Every component is meticulously detailed, showcasing advanced technological design. Overlaying this blueprint are numerous neon UI nodes, pulsating with vibrant energy, symbolizing complex data flow and control mechanisms. This juxtaposition of high-tech machinery and luminescent digital interfaces captures a realm where innovation meets precision, evoking a sense of awe and sophistication
Style: Line Art
Prompt: An electrifying visual encapsulating the essence of the Data-Augmented PPT Triad revolution. The background showcases interconnected gears, symbolizing the traditional People-Process-Technology triad. Emerging from the gears, vibrant data streams weave through the composition, illustrating the infusion of data into each facet. At the forefront, a dynamic representation of Generative AI (GenAI) takes center stage. Picture AI models as master conductors orchestrating hyper-personalized marketing, innovative product designs, and captivating content – all fueled by the lifeblood of rich, diverse datasets. Within the gears, key elements highlight the journey: Data Powerhouse: A robust platform, depicted as a fortress, stands resilient against the data deluge. Model Maestro: An authoritative Model Hub, a towering structure housing GenAI models, dominates the scene. Data-Driven Workforce: A collaborative workspace, where diverse professionals bridge gaps and embrace a culture of innovation. Integrating Data Fabric: Silos collapse, and seamless integration manifests as intertwining pathways, connecting GenAI models with existing systems. In the background, the Gartner logo subtly reinforces the credibility of the Data-Augmented PPT Triad, with \"[Author Name]\" prominently displayed as the visionary guide leading the way. This visually stunning representation encapsulates the transformative power of embracing data within the PPT Triad, sparking curiosity and excitement about the data-powered revolution.
Prompt: Generate a visually compelling image with a frontal view of an industrial workshop featuring integrated printed circuit boards, welding robots, visible Python code, and industrial-grade welding devices
Prompt: Creating an AI collage to visually represent the capabilities of artificial intelligence throughout its journey involves the fusion of diverse elements. Begin by incorporating images of neural networks and interconnected nodes, symbolizing the complex web of algorithms that underpin AI processes. Integrate depictions of data streams and patterns, illustrating AI's ability to analyze vast datasets. Include visuals of diverse technologies like robotic arms, smart devices, and machine learning symbols to represent the wide range of applications AI engages with. Consider incorporating futuristic imagery and subtle nods to precisionist art, reflecting the progressive and evolving nature of AI. Infuse the collage with a palette of digital blues and whites, evoking a sense of technology and innovation. Ensure a dynamic composition that captures the essence of AI's transformative journey, from its theoretical foundations to its real-world applications.
Prompt: A screenshot of a software tool showcasing the precision of data analysis. The interface allows users to conduct secondary searches on retrieved patient data, enabling refined filtering through column interactions, 4k
Prompt: Data repositories, knowledge graph, semantic indexing, blue data visualization, information architecture, comprehensive datasets, deep learning analytics, cognitive computing, domain-specific insights, ontology mapping, structured knowledge, interconnected data nodes, blue-themed data mining, in-depth data curation, contextual data representation, graph-based knowledge storage, comprehensive data catalog, blue spectrum information retrieval, robust data ecosystem, knowledge enrichment.
Prompt: Data repositories, knowledge graph, semantic indexing, blue data visualization, information architecture, comprehensive datasets, deep learning analytics, cognitive computing, domain-specific insights, ontology mapping, structured knowledge, interconnected data nodes, blue-themed data mining, in-depth data curation, contextual data representation, graph-based knowledge storage, comprehensive data catalog, blue spectrum information retrieval, robust data ecosystem, knowledge enrichment.
Prompt: Data repositories, knowledge graph, semantic indexing, blue data visualization, information architecture, comprehensive datasets, deep learning analytics, cognitive computing, domain-specific insights, ontology mapping, structured knowledge, interconnected data nodes, blue-themed data mining, in-depth data curation, contextual data representation, graph-based knowledge storage, comprehensive data catalog, blue spectrum information retrieval, robust data ecosystem, knowledge enrichment.
Prompt: Initial Node Extraction: Use GPT-4 with one-shot prompting to extract nodes from user scenarios. Iterative Refinement: Collaboratively refine nodes through user feedback, ensuring alignment with the specific scenario. Node Categorization: Employ GPT-4's advanced NLP to classify nodes into categories like Event, Opportunity, Trigger, etc., for structured network topology.
