The Role of Small Models in the LLM Era
The Role of Small Models in the LLM Era
A recent study extensively explored the role of Small Language Models (SLMs) in modern AI.
The research provided a comprehensive analysis of SLMs, focusing on their capabilities, applications & potential advantages, particularly in contrast to larger models.
This study highlights the importance of SLMs in areas requiring efficiency and interpretability, while also discussing their relevance in specific tasks where large models may not be practical.
A recent study examined the relationship between large language models (LLMs) and smaller models (SMs / SLMs) through two lenses: collaboration and competition.
As LLMs scale, their computational costs and energy demands grow exponentially, making them less accessible to researchers and businesses with limited resources.
Meanwhile, Small Models (SMs) remain widely used in practical applications but are often underestimated. A recent study explores the relationship between LLMs and SLMs, examining how they can collaborate and compete and aims to provide insights for optimising computational efficiency in AI systems.
What excites me about Small Language Models (SLMs) is the innovative training techniques being developed, particularly the use of large models to generate diverse, topology-specific training data.
SLMs are also evolving into multimodal systems with local hosting and inference capabilities.
Open-source models like Phi-3.5 show how powerful these smaller models can be. Additionally, advancements like model quantisation are expanding the range of hosting options, making SLMs more accessible for a variety of applications while maintaining high performance.
SLMs are also trained to not imbue them with specific knowledge, or to make the models knowledge intensive. But rather to change the behaviour of the model.
Model Orchestration
Scaling up model sizes leads to significantly higher computational costs and energy consumption, making large models impractical for researchers and businesses with limited resources.
LLMs and SMs/SLMs can collaborate to balance performance and efficiency — LLMs manage complex tasks while SMs handle more focused, resource-efficient tasks.
However, SMs often outperform LLMs in constrained environments or tasks requiring high interpretability due to their simplicity, lower costs and accessibility. The choice depends on task-specific needs, with SMs excelling in specialised applications.
Collaboration
Collaboration between LLMs and smaller models can balance power and efficiency, leading to systems that are resource-efficient, scalable, interpretable and cost-effective, while still maintaining high performance and flexibility.
Smaller models offer unique advantages such as simplicity, lower cost and greater interpretability, making them well-suited for niche markets. It’s important to evaluate the trade-offs between LLMs and smaller models based on the specific needs of the task or application.
Accuracy
Large language models (LLMs) have shown outstanding performance in various natural language processing tasks due to their vast number of parameters and extensive training on diverse datasets.
While smaller models typically perform at a lower level, they can still achieve similar results when improved with techniques like knowledge distillation.
Generality
LLMs are highly versatile, able to handle a wide range of tasks with only a few training examples.
In contrast, smaller models tend to be more specialised and studies show that fine-tuning them on domain-specific datasets can sometimes lead to better performance than general LLMs on specific tasks.
Efficiency
LLMs demand significant computational resources for both training and inference, resulting in high costs and latency, which makes them less suitable for real-time applications, such as information retrieval, or in resource-limited environments like edge devices.
In contrast, smaller models require less training data and computational power, providing competitive performance while greatly reducing resource requirements.
Interpretability
Smaller, simpler models are generally more transparent and easier to interpret compared to larger, more complex models.
In areas like healthcare, finance and law, smaller models are often preferred because their decisions need to be easily understood by non-experts, such as doctors or financial analysts.
Collaboration Research
Below is an insightful graphic illustrating the collaboration between Small and Large Language Models.
It highlights how Small Models frequently support or enhance the capabilities of Large Models, demonstrating their crucial role in boosting efficiency, scalability and performance.
The examples make it clear that Small Models play a vital part in optimising resource use while complementing larger systems.
Finally
Key aspects from the study can be defined as:
Collaboration Potential
LLMs and smaller models (SMs) can work together to optimise both performance and efficiency.
Competition in Specific Scenarios
SMs perform better in computation-constrained environments and task-specific applications requiring high interpretability.
Advantages of SMs
SMs are simpler, more cost-effective and easier to interpret, making them valuable in specialised fields.
Trade-off Evaluation
Selecting between LLMs and SMs depends on the task’s resource needs, interpretability and complexity.
Chief Evangelist @ Kore.ai | I’m passionate about exploring the intersection of AI and language. From Language Models, AI Agents to Agentic Applications, Development Frameworks & Data-Centric Productivity Tools, I share insights and ideas on how these technologies are shaping the future.