Wade Holst

TL;DR: This paper presents the new MRD algorithm and provides experimental results that compare it with implementations of existing techniques: compressed n-dimensional tables, look-up automata and single-receiver projection.

TL;DR: A virtual machine optimization technique that makes use of bytecode sequences and the suitability of this optimization for JVMs that perform just-in-time compilation is discussed.

TL;DR: The DT Framework as mentioned in this paper is a collection of object-oriented classes representing a generalized framework for inheritance management and table-based method dispatch, which demonstrates how most existing tablebased dispatch techniques can be generalized and made incremental, so that relevant entries in the dispatch table are modified each time a selector or class hierarchy link is added or removed.

TL;DR: The DT Framework is presented, a collection of object-oriented classes representing a generalized framework for inheritance management and table-based method dispatch that makes the framework highly efficient, with low millisecond average modification time, and supports table- based dispatch even in schema-evolving languages.