Time has historically been a measure of progress of recurrent physical processes. Coordination of future actions, prediction of future events, and assigning order to events are three practical reasons for implementing clocks and signalling mechanisms. In large networks of computers, these needs lead to the problem of synchronizing the clocks throughout the network. Recent methods allow this to be done in large networks with precision around 1 millisecond despite mean message exchange times near 5 milliseconds. These methods are discussed
Hardware clocks used in computers tend to drift away from the correct time. In a distributed comput...
As time is a fundamental dimension of our existence, perceiving the flow of time is an ubiquitous ex...
This dissertation investigates the question: How do we precisely access and control time in a networ...
The purpose of this paper is, first, to review definitions of time; second, to discuss particular di...
The purpose of this paper is, first, to review definitions of time; second, to discuss particular di...
This paper will examine aspects related to network synchronization distribution and the cascading of...
Back at the end of June 2012[0] there was a brief IT hiccup as the world adjusted the Coordinated Un...
n this article we examine the problem of syn-chronizing the time-of-day clock in one node of an auto...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
Effective time synchronization has become a critical issue nowadays, especially where loads of confi...
Time synchronization and a common understanding of the concept of time is an essential and important...
Abstract. In complex systems where processes are controlled with the aid of computers (communication...
A distributed system consists of a set of processors that communicate by message transmission and th...
This paper describes a program in which several experimental timing subsystem prototypes were design...
. In large-scale systems, such as Internet-based distributed systems, classical clocksynchronization...
Hardware clocks used in computers tend to drift away from the correct time. In a distributed comput...
As time is a fundamental dimension of our existence, perceiving the flow of time is an ubiquitous ex...
This dissertation investigates the question: How do we precisely access and control time in a networ...
The purpose of this paper is, first, to review definitions of time; second, to discuss particular di...
The purpose of this paper is, first, to review definitions of time; second, to discuss particular di...
This paper will examine aspects related to network synchronization distribution and the cascading of...
Back at the end of June 2012[0] there was a brief IT hiccup as the world adjusted the Coordinated Un...
n this article we examine the problem of syn-chronizing the time-of-day clock in one node of an auto...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
Effective time synchronization has become a critical issue nowadays, especially where loads of confi...
Time synchronization and a common understanding of the concept of time is an essential and important...
Abstract. In complex systems where processes are controlled with the aid of computers (communication...
A distributed system consists of a set of processors that communicate by message transmission and th...
This paper describes a program in which several experimental timing subsystem prototypes were design...
. In large-scale systems, such as Internet-based distributed systems, classical clocksynchronization...
Hardware clocks used in computers tend to drift away from the correct time. In a distributed comput...
As time is a fundamental dimension of our existence, perceiving the flow of time is an ubiquitous ex...
This dissertation investigates the question: How do we precisely access and control time in a networ...