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This book presents work on healthcare management and engineering
using optimization and simulation methods and techniques. Specific
topics covered in the contributed chapters include discrete-event
simulation, patient admission scheduling, simulation-based
emergency department control systems, patient transportation, cost
function networks, hospital bed management, and operating theater
scheduling. The content will be valuable for researchers and
postgraduate students in computer science, information technology,
industrial engineering, and applied mathematics.
This book presents recent work on healthcare management and
engineering using artificial intelligence and data mining
techniques. Specific topics covered in the contributed chapters
include predictive mining, decision support, capacity management,
patient flow optimization, image compression, data clustering, and
feature selection. The content will be valuable for researchers and
postgraduate students in computer science, information technology,
industrial engineering, and applied mathematics.
This book presents recent work that analyzes general issues of
green transportation. The contributed chapters consider
environmental objectives in transportation, including topics such
as battery swap stations for electric vehicles, efficient home
healthcare routing, waste collection, and various vehicle routing
problems. The content will be valuable for researchers and
postgraduate students in computer science, operations research, and
urban planning.
This book presents recent work that analyzes general issues of
green logistics and smart cities. The contributed chapters consider
operating models with important ecological, economic, and social
objectives. The content will be valuable for researchers and
postgraduate students in computer science, information technology,
industrial engineering, and applied mathematics.
This book presents work on healthcare management and engineering
using optimization and simulation methods and techniques. Specific
topics covered in the contributed chapters include discrete-event
simulation, patient admission scheduling, simulation-based
emergency department control systems, patient transportation, cost
function networks, hospital bed management, and operating theater
scheduling. The content will be valuable for researchers and
postgraduate students in computer science, information technology,
industrial engineering, and applied mathematics.
This book presents recent work on healthcare management and
engineering using artificial intelligence and data mining
techniques. Specific topics covered in the contributed chapters
include predictive mining, decision support, capacity management,
patient flow optimization, image compression, data clustering, and
feature selection. The content will be valuable for researchers and
postgraduate students in computer science, information technology,
industrial engineering, and applied mathematics.
This book presents recent work that analyzes general issues of
green transportation. The contributed chapters consider
environmental objectives in transportation, including topics such
as battery swap stations for electric vehicles, efficient home
healthcare routing, waste collection, and various vehicle routing
problems. The content will be valuable for researchers and
postgraduate students in computer science, operations research, and
urban planning.
This book presents recent work that analyzes general issues of
green logistics and smart cities. The contributed chapters consider
operating models with important ecological, economic, and social
objectives. The content will be valuable for researchers and
postgraduate students in computer science, information technology,
industrial engineering, and applied mathematics.
Using metaheuristics to enhance machine learning techniques has
become trendy and has achieved major successes in both supervised
(classification and regression) and unsupervised (clustering and
rule mining) problems. Furthermore, automatically generating
programs via metaheuristics, as a form of evolutionary computation
and swarm intelligence, has now gained widespread popularity. This
book investigates different ways of integrating metaheuristics into
machine learning techniques, from both theoretical and practical
standpoints. It explores how metaheuristics can be adapted in order
to enhance machine learning tools and presents an overview of the
main metaheuristic programming methods. Moreover, real-world
applications are provided for illustration, e.g., in clustering,
big data, machine health monitoring, underwater sonar targets, and
banking.
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