Generated by mistralai/mistral-small-3.2-24b-instruct | View LLM Process
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LLM Process
Model: None |
Status: Failed (No available models)
Prompt:
[system]:
You are selecting the top 3 headlines from a provided list for a specific target audience.
You will be told the audience and the candidate headlines in the user message.
Follow these rules EXACTLY:
1. Choose exactly 3 headlines from the provided list. Do NOT invent or rewrite headlines.
2. Each chosen headline must be about a different topic (no overlap in subject).
3. Order the 3 headlines by importance/interest for the specified audience (most important first).
4. Before the headlines, write your reasoning (for example, a short paragraph) explaining your choices. You may include multiple sentences, but ALL reasoning and commentary must appear BEFORE the marker line.
5. On a new line after all reasoning, write exactly: = HEADLINES =
6. On the next 3 lines, output ONLY the 3 chosen headlines, one per line, with no extra text, bullets, or numbering on those lines.
7. After the = HEADLINES = line, do not include any other text or lists. The 3 lines immediately following = HEADLINES = are the ONLY lines that will be parsed as selected headlines.
Example of correct output format (use your own reasoning and real headlines):
Short explanation of why these 3 headlines were chosen for the audience.
= HEADLINES =
First chosen headline from the provided list
Second chosen headline from the provided list
Third chosen headline from the provided list
[user]:
Think step-by-step. Remove duplicates, discard irrelevant or off-topic items, then choose the best 3 for the audience.
Keep this reasoning internal and follow the output format rules from the system message.
Audience:
Robotics enthusiasts, programmers, and builders interested in major robotics and automation developments, especially humanoid robots and FOSS (free and open source software) projects. Focus on research breakthroughs, industry news, and robotics tutorials for intro builders. Avoid software-only automation (except for virtual robotics which is an important test and learning environment for real but more expensive robots), quantum computing, or unrelated tech content.
Candidate headlines:
1. Serve Robotics to acquire hospital logistics provider Diligent Robotics
2. Konnex raises funding to advance robotics-as-a-service offering
3. Meet MassRoboticsâ 5th Healthcare Robotics Startup Catalyst cohort
4. Ivo Secures $55M to Advance Contract Intelligence for Enterprise Workflows
5. TitanX Raises $27M Series A to Define the Phone Intent Category
6. Legato Raises $7 Million Seed to Bring Vibe App Creation Inside Enterprise Software
7. RobotDesignGPT: Automated Robot Design Synthesis using Vision Language Models
8. Optimal Thruster Configuration for 6-DOF Control of a Small Satellite
9. Three Dimensional Hydrodynamic Flow-Based Collision Avoidance for UAV Formations Facing Emergent Dynamic Obstacles
10. AI for Green Spaces: Leveraging Autonomous Navigation and Computer Vision for Park Litter Removal
11. Visual-Language-Guided Task Planning for Horticultural Robots
12. Handy robot can crawl and pick up objects from multiple angles
Model: None |
Status: Failed (No available models)
Prompt:
[system]:
You are selecting the top 3 headlines from a provided list for a specific target audience.
You will be told the audience and the candidate headlines in the user message.
Follow these rules EXACTLY:
1. Choose exactly 3 headlines from the provided list. Do NOT invent or rewrite headlines.
2. Each chosen headline must be about a different topic (no overlap in subject).
3. Order the 3 headlines by importance/interest for the specified audience (most important first).
4. Before the headlines, write your reasoning (for example, a short paragraph) explaining your choices. You may include multiple sentences, but ALL reasoning and commentary must appear BEFORE the marker line.
5. On a new line after all reasoning, write exactly: = HEADLINES =
6. On the next 3 lines, output ONLY the 3 chosen headlines, one per line, with no extra text, bullets, or numbering on those lines.
7. After the = HEADLINES = line, do not include any other text or lists. The 3 lines immediately following = HEADLINES = are the ONLY lines that will be parsed as selected headlines.
Example of correct output format (use your own reasoning and real headlines):
Short explanation of why these 3 headlines were chosen for the audience.
= HEADLINES =
First chosen headline from the provided list
Second chosen headline from the provided list
Third chosen headline from the provided list
[user]:
Think step-by-step. Remove duplicates, discard irrelevant or off-topic items, then choose the best 3 for the audience.
Keep this reasoning internal and follow the output format rules from the system message.
Audience:
Robotics enthusiasts, programmers, and builders interested in major robotics and automation developments, especially humanoid robots and FOSS (free and open source software) projects. Focus on research breakthroughs, industry news, and robotics tutorials for intro builders. Avoid software-only automation (except for virtual robotics which is an important test and learning environment for real but more expensive robots), quantum computing, or unrelated tech content.
Candidate headlines:
1. Serve Robotics to acquire hospital logistics provider Diligent Robotics
2. Konnex raises funding to advance robotics-as-a-service offering
3. Meet MassRoboticsâ 5th Healthcare Robotics Startup Catalyst cohort
4. Ivo Secures $55M to Advance Contract Intelligence for Enterprise Workflows
5. TitanX Raises $27M Series A to Define the Phone Intent Category
6. Legato Raises $7 Million Seed to Bring Vibe App Creation Inside Enterprise Software
7. RobotDesignGPT: Automated Robot Design Synthesis using Vision Language Models
8. Optimal Thruster Configuration for 6-DOF Control of a Small Satellite
9. Three Dimensional Hydrodynamic Flow-Based Collision Avoidance for UAV Formations Facing Emergent Dynamic Obstacles
10. AI for Green Spaces: Leveraging Autonomous Navigation and Computer Vision for Park Litter Removal
11. Visual-Language-Guided Task Planning for Horticultural Robots
12. Handy robot can crawl and pick up objects from multiple angles
Model: mistralai/mistral-small-3.2-24b-instruct |
Status: Success
Prompt:
[system]:
You are selecting the top 3 headlines from a provided list for a specific target audience.
You will be told the audience and the candidate headlines in the user message.
Follow these rules EXACTLY:
1. Choose exactly 3 headlines from the provided list. Do NOT invent or rewrite headlines.
2. Each chosen headline must be about a different topic (no overlap in subject).
3. Order the 3 headlines by importance/interest for the specified audience (most important first).
4. Before the headlines, write your reasoning (for example, a short paragraph) explaining your choices. You may include multiple sentences, but ALL reasoning and commentary must appear BEFORE the marker line.
5. On a new line after all reasoning, write exactly: = HEADLINES =
6. On the next 3 lines, output ONLY the 3 chosen headlines, one per line, with no extra text, bullets, or numbering on those lines.
7. After the = HEADLINES = line, do not include any other text or lists. The 3 lines immediately following = HEADLINES = are the ONLY lines that will be parsed as selected headlines.
Example of correct output format (use your own reasoning and real headlines):
Short explanation of why these 3 headlines were chosen for the audience.
= HEADLINES =
First chosen headline from the provided list
Second chosen headline from the provided list
Third chosen headline from the provided list
[user]:
Think step-by-step. Remove duplicates, discard irrelevant or off-topic items, then choose the best 3 for the audience.
Keep this reasoning internal and follow the output format rules from the system message.
Audience:
Robotics enthusiasts, programmers, and builders interested in major robotics and automation developments, especially humanoid robots and FOSS (free and open source software) projects. Focus on research breakthroughs, industry news, and robotics tutorials for intro builders. Avoid software-only automation (except for virtual robotics which is an important test and learning environment for real but more expensive robots), quantum computing, or unrelated tech content.
Candidate headlines:
1. Serve Robotics to acquire hospital logistics provider Diligent Robotics
2. Konnex raises funding to advance robotics-as-a-service offering
3. Meet MassRoboticsâ 5th Healthcare Robotics Startup Catalyst cohort
4. Ivo Secures $55M to Advance Contract Intelligence for Enterprise Workflows
5. TitanX Raises $27M Series A to Define the Phone Intent Category
6. Legato Raises $7 Million Seed to Bring Vibe App Creation Inside Enterprise Software
7. RobotDesignGPT: Automated Robot Design Synthesis using Vision Language Models
8. Optimal Thruster Configuration for 6-DOF Control of a Small Satellite
9. Three Dimensional Hydrodynamic Flow-Based Collision Avoidance for UAV Formations Facing Emergent Dynamic Obstacles
10. AI for Green Spaces: Leveraging Autonomous Navigation and Computer Vision for Park Litter Removal
11. Visual-Language-Guided Task Planning for Horticultural Robots
12. Handy robot can crawl and pick up objects from multiple angles
Response:
For robotics enthusiasts, programmers, and builders, the most relevant headlines are those that discuss advancements in robotics technology, especially in humanoid robots and open-source projects, as well as industry news and tutorials for beginners. The headlines about acquisitions and funding for robotics companies are important for understanding industry trends, while research breakthroughs in robot design and task planning are crucial for those interested in the technical aspects of robotics. The headline about AI for green spaces is also relevant as it combines robotics with environmental applications, which can be of interest to a broad audience.
= HEADLINES =
7. RobotDesignGPT: Automated Robot Design Synthesis using Vision Language Models
1. Serve Robotics to acquire hospital logistics provider Diligent Robotics
11. Visual-Language-Guided Task Planning for Horticultural Robots
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