A Non-anchored Unified Naming System for Ad Hoc Computing Environments
Yoo Chul Chung, Dongman Lee
Abstract
A ubiquitous computing environment consists of many resources that need to be identified by users and applications. Users and developers require some way to identify resources by human readable names. In addition, ubiquitous computing environments impose additional requirements such as the ability to work well with ad hoc situations and the provision of names that depend on context. The Non-anchored Unified Naming (NUN) system was designed to satisfy these requirements. It is based on relative naming among resources and provides the ability to name arbitrary types of resources. By having resources themselves take part in naming, resources are able to able contribute their specialized knowledge into the name resolution process, making context-dependent mapping of names to resources possible. The ease of which new resource types can be added makes it simple to incorporate new types of contextual information within names. In this paper, we describe the naming system and evaluate its use.
Create a lesson
Related papers
Consensus with Stochastic Broadcast
Pierre Fraigniaud, Boaz Patt-Shamir, Sergio Rajsbaum
Decoupled I/O-Dominant Pipelines for Large-Scale Whole-Slide Image Embedding Extraction
Mayanka Chandrashekar, Xi Zhang, Ethan Seefried et al.
Sintr: Safe Interactive Transactions in the Presence of Byzantine Clients
Austin T. Li, Daniel H. Lee, Lorenzo Alvisi et al.
Benchmarking Confidential Computing Performance on NVIDIA Blackwell GPUs
Daniyal Khan, Amean Asad, Ansgar Grunseid
Optimizing API Gateway Placement in Multi-Cloud Kubernetes
Vinoth Punniyamoorthy, Murali Shankar Dulam, Aswathnarayan Muthukrishnan Kirubakaran et al.
VPP: Virtual Pipeline Parallelism for Efficient Chunked Prefill in Long-Context LLM Inference
Yan Shi, Xiaochao Wang, Jingchun Gao et al.