SciPhi has introduced a cutting-edge language model (LLM) named Triplex, designed for constructing knowledge graphs. This open-source tool is set to transform the way large sets of unstructured data are turned into structured formats, all while minimizing the associated cost and complexity. The model is available on platforms such as HuggingFace and Ollama, serving as…
Artificial intelligence (AI) applications are growing expansive, with multi-modal generative models that integrate various data types, such as text, images, and videos. Yet, these models present complex challenges in data processing and model training and call for integrated strategies to refine both data and models for excellent AI performance.
Multi-modal generative model development has been plagued…
Multi-modal generative models combine diverse data formats such as text, images, and videos to enhance artificial intelligence (AI) applications across various fields. However, the challenges in their optimization, particularly the discord between data and model development approaches, hinder progress. Current methodologies either focus on refining model architectures and algorithms or advancing data processing techniques, limiting…
Artificial Intelligence (AI) has seen considerable progress in the realm of open, generative models, which play a critical role in advancing research and promoting innovation. Despite this, accessibility remains a challenge as many of the latest text-to-audio models are still proprietary, posing a significant hurdle for many researchers.
Addressing this issue head-on, researchers at Stability…
Large Language Models (LLMs) like ChatGPT have become widely accepted in various sectors, making it increasingly challenging to differentiate AI-generated content from human-written material. This has raised concerns in scientific research and media, where undetectable AI-generated texts can potentially introduce false information. Studies show that human ability to identify AI-generated content is barely better than…
Scientists from Stanford University and UC Berkeley have developed a new programming interface called LOTUS to process and analyze extensive datasets with AI operations and semantics. LOTUS integrates semantic operators to conduct widescale semantic queries and improve methods such as retrieval-augmentation generation that are used for complex tasks.
The semantic operators in LOTUS enhance the relational…
Arcee AI, known for its innovation in open-source artificial intelligence, has launched Arcee-Nova, which is hailed as a pioneering accomplishment in the AI sector. Arcee-Nova has quickly gained recognition as the highest-performing model within the open-source arena, nearly on par with the performance of GPT-4, a benchmark AI model as of May 2023.
Arcee-Nova is an…
Training Large Language Models (LLMs) has become more demanding as they require an enormous amount of data to function efficiently. This has led to increased computational expenses, making it challenging to reduce training costs without impacting their performance. Conventionally, LLMs are trained using next token prediction, predicting the next token in a sequence. However, Pattern…
Large Language Models (LLMs) are adept at processing textual data, while Vision-and-Language Navigation (VLN) tasks are primarily concerned with visual information. Combining these two data types involves advanced techniques to correctly align textual and visual representations. However, a performance gap remains when applying LLMs to VLN tasks as compared to models specifically designed for navigation,…
As software engineering continues to evolve, a significant focus has been placed on improving code comprehension and software maintenance. An area of particular interest in this domain is automated code documentation, which leans on advanced tools and techniques to enhance software readability and maintainability.
Software maintenance presents a significant challenge due primarily to the high costs…
Language models have undergone significant developments in recent years which has revolutionized artificial intelligence (AI). Large language models (LLMs) are responsible for the creation of language agents capable of autonomously solving complex tasks. However, the development of these agents involves challenges that limit their adaptability, robustness, and versatility. Manual task decomposition into LLM pipelines is…
Large Language Models (LLMs) like GPT-3.5 and GPT-4 are cutting-edge artificial intelligence systems that generate text which is nearly indistinguishable from that created by humans. These models are trained using enormous volumes of data that enables them to accomplish a variety of tasks from answering complex questions to writing coherent essays. However, one significant challenge…