| Consulta
Google |
Uma
consulta para buscar cursos sobre Sistemas Distribuídos em Inglês |
| Consulta
Google |
Uma
consulta para buscar cursos sobre Sistemas de Informação Distribuídos
em Inglês |
| MAS.790
- Distributed Systems |
MIT
- The purpose of the Distributed Systems course is to learn the
state-of-the-art of practical distributed systems and to distill design
principles for building large network-based computational systems. Our
readings and discussions will help us identify the research frontier and
extract methods and general approaches to implement these advanced
systems. The topics we will study include dynamic packet routing, global
namespace systems, component architectures, ontologies, resource
allocation strategies, distributed security and authentication protocols,
fault-tolerant databases, distributed artificial intelligence, and
virtual worlds. The course involves discussions of two or three papers a
week and a large group project implementing a distributed system. |
| COM
P514 - Distributed Information Systems |
The
University of Liverpool (UK) – Departament of Computer Science - M.Sc.
This course will consider a number of technologies that can be deployed
to provide the distributed capabilities required, such as CORBA and KQML,
as well as the mechanisms necessary to communicate with relational and
object oriented database systems (such as JDBC). The practicalities of
building such systems on a JAVA platform will be fully considered. |
| DT8107
- Distributed Information Systems |
Course
introduction to dr.ing. course DT8107, Distributed Information Systems (prev.
DIF8914), Autumn 2004, Norges teknisk-naturvitenskapelige universitet (NTNU) |
| 06-6798
Distributed Systems Course Material |
School
of Computer Science The University of Birmingham Birmingham B15 2TT,
United Kingdom |
Stanford
University
Computer Science 244b:
Spring 2005 |
Distributed
operating systems and applications issues, emphasizing high-level
protocols and distributed state sharing as the key technologies. Topics:
distributed shared memory, object-oriented distributed system design,
distributed directory services, atomic transactions and time
synchronization, file access, process scheduling, process migration and
remote procedure call focusing on distribution, scale, robustness in the
face of failure, and security. |
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