
Springer
Optimizing Security Patrolling Strategies
Lowest observed price
Prices at stores
1 offerPrices are the most recently observed prices. Check the current price, availability and delivery costs at the store.
Price history
1 price observationThe chart shows the lowest recorded product price on each observation day. Prices between observations have not been verified.
- Lowest observed
- €32.09
- Highest observed
- €32.09
- Latest history observation
Show price observation
| Price observed (Finnish time) | Price |
|---|---|
| €32.09 |
Product details
This book presents a comprehensive examination of crime patrolling problems across various domains, including robotics, security, and law enforcement, with a focus on the mathematical models used to optimize patrolling strategies. Patrolling is a critical crime prevention and deterrence strategy, requiring the effective allocation of resources to address evolving security challenges. In addition, patrolling is one of the most effective and widely adopted crime prevention and deterrence strategies worldwide. It is integral to security agencies such as police and military forces across various domains, including land, air, and maritime areas. As such, effective patrolling requires the coordination of manpower, technological resources, and policies to address evolving security challenges. The authors review recent research on robotic patrolling, multirobot systems, and police patrolling and also explore advances in modeling, optimization, and practical applications. In addition, the author’s analysis categorizes studies by core modeling themes, such as Game Theory, Mathematical Optimization, and Stochastic methods, and highlights the secondary modeling themes that frequently complement the primary approaches. Each study is categorized by fields including, but not limited to domain, patrolling focus, area representation, and solution methodology to facilitate cross-comparison. The book identifies gaps in current research, particularly the lack of a holistic examination of patrolling from robotic, autonomous, human, and hybrid perspectives, and proposes future directions for research in this evolving field.
- Brand
- Springer
- EAN / GTIN
- 9783032026170
