Enterprise Trends for Generative AI
· 2 min read
Key Trends in Generative AI
- Machine learning advancements redefine computational capabilities
- Evolving computation and hardware requirements
- Scaling (compute, data, model size) improves results
Progress in AI Capabilities
- Image Recognition
- Example: “Leopard” classification, 90.88% accuracy (ImageNet)
- AlexNet initial performance: 63.3%
- Speech Recognition
- Improved performance on LibriSpeech test-other dataset
Transformers and Foundation Models
- Key techniques
- Autoregressive training
- Pre-training with trillions of tokens
- Example: "The cat sat on the mat"
- Optimization
- Supervised Fine-Tuning (SFT)
- Reinforcement Learning from Human Feedback (RLHF)
Gemini Models
- Project started February 2023
- Gemini 1.0 release: December 2023
- Gemini 1.5 release: February 2024
- Features
- Multimodal reasoning across text, image, and video
- Long context capabilities (up to 10M tokens)
- Reduced hallucination rates
Enterprise AI Trends
- Accelerating AI development as data requirements decrease
- Transition from single modality to multimodal systems
- Shift from dense to sparse model architectures
- Importance of scalable and flexible platforms
- Declining API costs
- Integration of LLMs and search
Customization and Efficiency
- Techniques
- Fine-tuning and parameter-efficient tuning (e.g., LoRA)
- Distillation for performance and latency optimization
- Challenges
- Balancing cost, latency, and performance in deployment
- Function Calling
- Integrates APIs, databases, and external systems
- Applications: data retrieval, workflows, customer support
Addressing Limitations
- Issues
- Frozen training data causing outdated knowledge
- High hallucination rates
- Inconsistent structured outputs
- Solutions
- Retrieval-Augment-Generation (RAG) frameworks
- Grounding in private, fresh, and authoritative data
- Structured outputs with citations
Future of Generative AI
- Enhanced multimodal reasoning and extended context capabilities
- Optimization to reduce costs and improve scalability
- Improved grounding and factual accuracy in outputs