Complex systems are modeled as collections of multiobjective programs each representing a subsystem (or component) of the overall system. The subsystems interact with each other in various ways adding to the complexity of the overall problem. Since the calculation of efficient sets of these complex systems presents a challenging problem, it is desirable to decompose the overall system into component multiobjective programs that are more easily solvable and then construct the efficient set of the overall system. Selected cases of complex system are presented and relationships between their efficient sets the efficient sets of their subsystems are given
Recent emphasis on shorter development cycles has effected a need for coordinating simultaneous desi...
The basis of a problem-oriented view of software-intensive systems is the recognition of three funda...
Let us start by some general definitions of the concept of complexity. We take a complex s...
Complex systems are modeled as collections of multiobjective programs each representing a subsystem ...
Abstract. Complex systems are modeled as collections of multiobjective programs each representing a ...
Complex systems are becoming more and more apparent in a variety of disciplines, making solution met...
A complex system is a collection of subsystems which are independent enough to be distinguished but ...
In practical situations, complex systems are often composed of subsystems or subproblems with single...
To remedy challenges resulting from a high number of objectives in multiobjective programming and mu...
A complex engineered system is often decomposed into a number of different subsystems that interact ...
Modeling, optimization and control of complex systems is now commonly regarded as a necessity, in vi...
The design and management of organised systems, comprised of dynamic interdependent collectives of a...
A system can be defined as “an interconnected set of elements that is coherently organized in a way...
Problem: Complex systems are composed of many interdependent subsystems with a level of complexity t...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/76202/1/AIAA-2002-5410-847.pd
Recent emphasis on shorter development cycles has effected a need for coordinating simultaneous desi...
The basis of a problem-oriented view of software-intensive systems is the recognition of three funda...
Let us start by some general definitions of the concept of complexity. We take a complex s...
Complex systems are modeled as collections of multiobjective programs each representing a subsystem ...
Abstract. Complex systems are modeled as collections of multiobjective programs each representing a ...
Complex systems are becoming more and more apparent in a variety of disciplines, making solution met...
A complex system is a collection of subsystems which are independent enough to be distinguished but ...
In practical situations, complex systems are often composed of subsystems or subproblems with single...
To remedy challenges resulting from a high number of objectives in multiobjective programming and mu...
A complex engineered system is often decomposed into a number of different subsystems that interact ...
Modeling, optimization and control of complex systems is now commonly regarded as a necessity, in vi...
The design and management of organised systems, comprised of dynamic interdependent collectives of a...
A system can be defined as “an interconnected set of elements that is coherently organized in a way...
Problem: Complex systems are composed of many interdependent subsystems with a level of complexity t...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/76202/1/AIAA-2002-5410-847.pd
Recent emphasis on shorter development cycles has effected a need for coordinating simultaneous desi...
The basis of a problem-oriented view of software-intensive systems is the recognition of three funda...
Let us start by some general definitions of the concept of complexity. We take a complex s...