textAbstractions are widely used in building reliable distributed systems as they simplifies the task of building complex systems and aid in reasoning about them. Implementing these abstractions, however, requires making certain assumptions about the environment in which they will be used. We find that there is a mismatch in the set of assumptions used to implement abstractions in the different layers of a distributed system. This leads to a costlier design and may render the implementation unusable in situations where the assumptions do not hold. In this dissertation we provide alternative implementations for the abstractions of distributed registers and communication channels that rely on a unified set of assumptions across the differen...
For decades distributed computing has been mainly an academic subject. Today, it has become mainstre...
A new high-level approach to interprocess communication in heterogeneous distributed systems in intr...
This paper is on the implementation of high level communication abstractions in dynamic systems (i.e...
textAbstractions are widely used in building reliable distributed systems as they simplifies the tas...
A layered specification methodology for specifying distributed systems, based on graph-theoretic for...
Understanding distributed computing is not an easy task. This is due to the many facets of uncertain...
Abstractions useful in fault-tolerant and distributed systems are described. The abstractions are s...
Distributed systems consist of a set of independent processes (no shared clock, no shared memory) th...
Four kinds of abstraction for the design and analysis of fault-- tolerant distributed systems are di...
We argue that objects that interact in a distributed system need to be dealt with in ways that are i...
Reading, \u27Riting, and \u27Rithmetic, the three R\u27s underlying much of human intellectual activ...
Distributed systems are notoriously difficult to get right: the inherently asynchronous nature of th...
The previous two chapters of this book discuss the construction of distributed systems and highlight...
Distributed systems are difficult to design and implement correctly, leading academia and industry t...
Abstractions and implementation techniques for design of distributed systems; server design, network...
For decades distributed computing has been mainly an academic subject. Today, it has become mainstre...
A new high-level approach to interprocess communication in heterogeneous distributed systems in intr...
This paper is on the implementation of high level communication abstractions in dynamic systems (i.e...
textAbstractions are widely used in building reliable distributed systems as they simplifies the tas...
A layered specification methodology for specifying distributed systems, based on graph-theoretic for...
Understanding distributed computing is not an easy task. This is due to the many facets of uncertain...
Abstractions useful in fault-tolerant and distributed systems are described. The abstractions are s...
Distributed systems consist of a set of independent processes (no shared clock, no shared memory) th...
Four kinds of abstraction for the design and analysis of fault-- tolerant distributed systems are di...
We argue that objects that interact in a distributed system need to be dealt with in ways that are i...
Reading, \u27Riting, and \u27Rithmetic, the three R\u27s underlying much of human intellectual activ...
Distributed systems are notoriously difficult to get right: the inherently asynchronous nature of th...
The previous two chapters of this book discuss the construction of distributed systems and highlight...
Distributed systems are difficult to design and implement correctly, leading academia and industry t...
Abstractions and implementation techniques for design of distributed systems; server design, network...
For decades distributed computing has been mainly an academic subject. Today, it has become mainstre...
A new high-level approach to interprocess communication in heterogeneous distributed systems in intr...
This paper is on the implementation of high level communication abstractions in dynamic systems (i.e...