6 techniques drawn from the 334 in our corpus tagged to this work,
each with the paper it came from. Across the techniques below the recurring targets are answers that are close but wrong, the same prompt giving different answers, output that ignores the requested format.
The techniques
01
Language of Thoughts (LoT)
On the Thinking-Language Modeling Gap in Large Language Models, arXiv:2505.12896
A technique that forces the model to first explicitly extract and rephrase key information from context (expand and echo commands), organizing everything systematically, and only then give the final answer. Solves the problem of the model getting lost in complex context through two-stage processing: information structuring and then reasoning.
Use it whenApply LoT when the model has access to necessary knowledge but gets lost in complex or voluminous context. Especially effective when dealing with confusing formulations, when key information is hidden among irrelevant details, or when you need to extract and structure facts from large texts. Ideal for document analysis, legal texts, research materials where interpretation accuracy is critical. Use when reasoning quality matters more than response speed.
Prompt
You are an expert project manager tasked with planning a complex, multi-stage project. Your goal is to break down the project into manageable steps, identify potential ambiguities or complexities, and ensure a clear path forward.
**Project Context:**
The project involves developing a new feature for a software application. The core challenge is to address the "thinking language modeling gap" within the application's AI-powered components. This gap manifests as:
1. **Local Implicitness:** Information is poorly or confusingly formulated within the AI's inputs or internal logic.
2. **Contextual Implicitness:** Relevant information is buried or lost within large amounts of irrelevant data.
**Project Goal:**
To research, design, and implement solutions that mitigate these implicitness issues in the AI components, leading to more accurate and reliable AI outputs.
**Task Breakdown:**
Before proceeding with the main project phases, you must perform a preliminary analysis using the Language of Thoughts (LoT) methodology.
1. **Expand (L-implicitness Mitigation):**
For each of the two types of implicitness (Local and Contextual), **expand** on what they mean in the context of software development and AI feature implementation. Explain the potential consequences of each type of implicitness on the final AI feature's performance and user experience.
2. **Echo (Q-implicitness Mitigation):**
Based on the project context provided above, **echo** and list all the *specific, actionable* project requirements and challenges that must be addressed. Filter out any generic project management statements and focus only on the technical and AI-specific aspects.
**Main Project Phases:**
After completing the preliminary analysis (Expand and Echo), proceed with the following phased plan. For each phase, clearly state the objective, key activities, and expected deliverables.
**Phase 1: Research and Diagnosis**
* **Objective:** Deeply understand the current state of the AI components and identify specific instances of Local and Contextual Implicitness.
* **Key Activities:**
* Analyze existing AI model architectures and training data.
* Conduct error analysis on current AI outputs, specifically looking for patterns related to implicitness.
* Develop diagnostic tools or tests to measure the degree of implicitness.
* **Deliverables:**
* Detailed report on identified implicitness issues.
* Quantification of the problem (e.g., error rates, impact on user satisfaction).
**Phase 2: Solution Design**
* **Objective:** Design strategies and techniques to address the identified implicitness issues.
* **Key Activities:**
* Research and adapt advanced prompting techniques (like LoT itself, Chain-of-Thought, etc.) for internal AI processing.
* Design data pre-processing pipelines to filter noise and clarify information.
* Develop methods for reformulating ambiguous inputs into explicit instructions for the AI.
* Explore fine-tuning strategies for AI models to better handle complex contexts.
* **Deliverables:**
* Proposed solution architecture.
* Detailed design specifications for new prompting/processing modules.
* Evaluation metrics for proposed solutions.
**Phase 3: Implementation and Testing**
* **Objective:** Build and rigorously test the designed solutions.
* **Key Activities:**
* Implement the new prompting/processing modules.
* Integrate solutions into the AI components.
* Conduct unit, integration, and end-to-end testing using the diagnostic tools from Phase 1.
* Perform A/B testing against the baseline AI performance.
* **Deliverables:**
* Implemented and tested AI feature modules.
* Comprehensive test results and performance benchmarks.
**Phase 4: Deployment and Monitoring**
* **Objective:** Deploy the improved AI feature and continuously monitor its performance.
* **Key Activities:**
* Deploy the updated feature to production.
* Establish real-time monitoring for AI output quality and implicitness indicators.
* Collect user feedback related to AI interactions.
* **Deliverables:**
* Live, improved AI feature.
* Monitoring dashboard and incident response plan.
* Post-deployment performance report.
**Output Format:**
Structure your response clearly, using Markdown for headings, lists, and emphasis. Begin with the preliminary analysis (Expand and Echo), followed by the detailed plan for each of the four phases.
What Should We Engineer in Prompts? Training Humans in Requirement-Driven LLM Use, arXiv:2409.08775
ROPE (Requirement-Oriented Prompt Engineering) is an approach to creating prompts as detailed technical specifications. Instead of simple questions, the user explicitly formulates the goal, step-by-step process, conditions, constraints, and output format. This transforms LLM from a 'conversationalist' into an 'executive intern', improving the quality and reliability of responses to complex tasks.
Use it whenUse ROPE when working with complex tasks requiring precise and predictable LLM results. Especially effective for tasks where response structure, multiple condition compliance, and step-by-step execution logic are important. Suitable for creating technical specifications, project planning, content development to specifications, data analysis with clear criteria. The method is critically important when standard prompts provide unpredictable or incomplete results, and when you need to train a team in effective LLM interaction for work tasks.
Prompt
# Роль:
Вы — опытный менеджер проектов, специализирующийся на разработке программного обеспечения и внедрении новых инструментов. Ваша задача — спланировать процесс обучения команды разработке промптов, ориентированных на требования (Requirement-Oriented Prompt Engineering - ROPE).
# Главная цель:
Разработать детальный план обучения для команды разработчиков ПО (5 человек) по методологии ROPE. План должен охватывать все этапы от ознакомления до самостоятельного применения, обеспечивая повышение качества и надежности ответов LLM в их работе.
# Входные данные (Контекст):
- **Команда:** 5 разработчиков ПО.
- **Текущий уровень владения LLM:** Базовый (используют для поиска информации, генерации кода, но без структурированного подхода).
- **Цель обучения:** Научить команду формулировать промпты как технические задания (ТЗ), используя подход ROPE, для решения сложных задач.
- **Ключевой результат исследования ROPE:** Четкое и полное формулирование требований в промпте — самый важный фактор для получения качественного результата от LLM в сложных задачах.
- **Основные аспекты ROPE:**
1. **Главная цель (Objective):** Четкое определение конечного продукта.
2. **Пошаговый процесс (Steps/Process):** Декомпозиция задачи на логические шаги.
3. **Условия и логика (Conditionals):** Определение поведения LLM в различных ситуациях.
4. **Требования к формату (Formatting):** Спецификация желаемого формата вывода.
5. **Ограничения и запреты (Constraints):** Определение того, чего делать НЕ нужно.
# Требования к процессу планирования обучения:
1. **Ознакомление с ROPE:** Определите, как команда будет знакомиться с концепцией ROPE (например, чтение статьи, просмотр видео).
2. **Практическое применение:** Разработайте серию практических упражнений, где команда будет применять принципы ROPE к реальным задачам разработки ПО. Упражнения должны включать:
* Формулирование "Главной цели" для конкретной задачи.
* Декомпозицию задачи на "Пошаговый процесс".
* Определение "Условий и логики" для обработки неопределенности.
* Спецификацию "Требований к формату" вывода LLM.
* Установление "Ограничений и запретов".
3. **Обратная связь и итерации:** Предусмотрите механизм для предоставления обратной связи по промптам команды и итеративного улучшения их формулировок.
4. **Оценка результатов:** Определите, как будет оцениваться эффективность обучения (например, сравнение качества ответов LLM до и после обучения, оценка сложности решенных задач).
5. **Интеграция в рабочий процесс:** Предложите способы интеграции ROPE в повседневную работу команды.
# Требования к структуре и формату плана обучения:
Представьте план в виде структурированного документа с разделами:
- **Раздел 1: Введение в ROPE**
- Краткое описание методологии и ее преимуществ.
- Цели обучения для команды.
- **Раздел 2: Этапы обучения (с разбивкой по неделям/модулям)**
- Для каждого этапа:
- Тема модуля.
- Ключевые концепции ROPE, которые будут рассмотрены.
- Формат обучения (лекция, практическое задание, обсуждение).
- Примеры задач для практики (связанных с разработкой ПО, например: генерация ТЗ для нового модуля, написание документации, анализ требований, создание тестовых сценариев).
- Критерии успешного завершения этапа.
- **Раздел 3: Практические задания и примеры**
- Приведите 2-3 детальных примера промптов, созданных по методологии ROPE, для типичных задач разработчика ПО (например, "Создание промпта для генерации спецификации API", "Создание промпта для написания юнит-тестов").
- Для каждого примера укажите:
- Исходная задача.
- Промпт, составленный по ROPE (с указанием всех 5 элементов: Цель, Процесс, Условия, Формат, Ограничения).
- Ожидаемый результат.
- **Раздел 4: Оценка и интеграция**
- Методы оценки прогресса команды.
- Рекомендации по интеграции ROPE в рабочий процесс.
- **Раздел 5: Ресурсы**
- Список рекомендованных материалов для изучения (статьи, документация).
# Ограничения:
- План должен быть рассчитан на 4 недели.
- Не предполагается использование внешних платных инструментов, только доступные LLM.
- Избегайте чрезмерно академического языка; план должен быть практичным и понятным для разработчиков.
# Триггер к действию:
Разработай план обучения.
From Prompts to Templates: A Systematic Prompt Template Analysis for Real-world LLMapps, arXiv:2504.02052
A systematic approach to prompt engineering based on 7 components: role, directive, context, workflow, constraints, output format, and examples. Transforms a prompt from a simple question into a structured technical specification that the model understands unambiguously and executes with high accuracy.
Use it whenUse this technique when you need to create a reliable and reproducible prompt for business tasks. Especially effective when developing prompts for production systems where consistent answer quality is required. Apply to complex tasks requiring precise instruction following: template-based content generation, structured data extraction, document creation. The method is indispensable when scaling LLM applications where prompts are used repeatedly by different users. Suitable for training
Generation method through constraints: instead of describing an ideal result, a list of typical errors and failures that the model should avoid is formulated. LLM receives clear prohibitions and measurable boundaries, which makes the result predictable and high-quality, exceeding the baseline approach and human level.
Use it whenUse this technique when you need to get quality clarifying questions or structured content, but standard prompts give unpredictable results. Especially effective when conducting interviews to identify requirements, collecting customer feedback, research surveys. Apply the method when you can clearly define typical errors and failures in the desired result. Suitable for situations where abstract instructions like 'do it well' don't work and specific
PHANTOM RECALL: When Familiar Puzzles Fool Smart Models, arXiv:2510.11812
A method to combat LLM "phantom memory" through a three-phase structure (Understanding → Solution → Verification) and a block of strict prohibiting instructions. Forces the model to solve the task from scratch instead of using learned templates, improving accuracy by 23-31% in tasks with changed conditions.
Use it whenUse this technique when LLM produces template answers instead of solving a specific task taking all constraints into account. Especially effective for tasks similar to typical ones (trip planning, calculations, data analysis) but with changed conditions. Apply when the model ignores specific requirements or constraints in the prompt. The method is critical for tasks requiring precise compliance with all conditions: legal analysis, financial planning, technical design, personalized
A Review of LLM-Assisted Ideation, arXiv:2503.00946
A structured three-phase approach to idea generation using LLM. Includes preparation with clear task definition and context, a divergent phase of mass generation of diverse ideas, and a convergent phase of selection and refinement of the best solutions. Replaces single requests with a managed multi-stage process.
Use it whenUse this technique when you need to generate high-quality, well-developed ideas for business, product, or content. Especially effective for complex creative tasks where a simple LLM request produces superficial results. Apply when developing strategies, planning campaigns, creating product concepts, writing content. The method is suitable for situations where quality, depth, and alignment with specific project criteria and constraints matter, not just the quantity of ideas.
A missing brief. No structure around a request invents the context the model
does not have: your constraints, your audience, your prior decisions. Technique work pays off
after the brief is right, not instead of it.
Stale tricks. Persona lines, politeness and offers of a reward have been
measured repeatedly through 2025 and 2026 and come out close to noise. Anything selling you
those is selling 2023.
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