Distributed Translator Part 1: Distributed Translator Technology

Distributed Translator Systems for ATSC

Distributed transmission is single frequency network technology applied to the ATSC system for digital television. Rather than using a single transmitter to service a coverage area, multiple transmitters are used. The transmitters are synchronized in frequency and symbol emission. The ATSC Distributed Transmission was originally developed with the intention of supplying a studio to transmitter ...

Technology-Enhanced Translator Training

The aim of the paper is to present an Open Source Learning Management System for creating courses in translation theory and practice. Some of its most important characteristics are: • Choice of course formats such as by week, by topic or social format • Flexible array of course activities Forums, Journals, Quizzes, Resources, Choices, Surveys, Assignments • Full user logging and tracking activi...

Translation Technology and the Translator

A Bytecode Translator for Distributed Execution of "Legacy" Java Software

This paper proposes a system named Addistant, which enables the distributed execution of “legacy” Java bytecode. Here “legacy” means the software originally developed to be executed on a single Java virtual machine (JVM). For adapting legacy software to distributed execution on multiple JVM, developers using Addistant have only to specify the host where instances of each class are allocated and...

The ATSC Distributed Transmission System and Applications to Translator Service

Distributed transmission is single frequency network technology applied to the ATSC system for digital television. Rather than using a single transmitter to service a coverage area, multiple transmitters are used. The transmitters are synchronized in frequency and symbol emission. Timing adjustments allow optimization of the system to produce minimum timing skew in areas where the multiple sign...