Estimation and Control of Dynamical Systems - Stochastic Control
Estimation and Control of Dynamical Systems - Stochastic Control
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In this review of Estimation and Control of Dynamical Systems, the bottom line is straightforward: this is a focused, concept-driven graduate text for researchers and PhD students who need a single reference that links classical control with stochastic methods and related topics. The book prioritizes usable ideas over formal proofs, making it a practical companion for applied mathematicians, engineers, and economists who want working understanding of stochastic control without wading through scattered papers.
Key Features
- Comprehensive scope: Covers both classical and advanced topics in estimation and control, so readers can follow a coherent path from fundamentals to research-level material.
- Stochastic emphasis: Strong focus on stochastic control methods provides practical tools for systems influenced by randomness.
- Interdisciplinary links: Explores connections to mathematical finance and differential games, expanding the book's usefulness across fields.
- Self-contained style: The presentation favors concepts and worked examples over formal rigor, lowering the barrier for scientists applying control theory.
- Exercises and examples: Problems and examples throughout help reinforce key ideas and support use in PhD and graduate courses.
Who It's For
This book is best for graduate students, PhD candidates, and researchers in applied mathematics, control engineering, economics, and management science who need a single, readable text that connects estimation, control and stochastic methods. Instructors running graduate courses that emphasize concepts and applications will find it suitable as a course reader.
Practitioners looking for hands-on software recipes or exhaustive proofs may want a more applied manual or a formal treatise; likewise, readers seeking an introductory undergraduate text should consider more elementary control theory books instead.
Pros & Cons
Pros
- Wide coverage of both classical and advanced topics gives a unified reference for research work.
- The emphasis on conceptual understanding makes it accessible to scientists from multiple disciplines.
- Connections to mathematical finance and differential games add practical interdisciplinary value.
Cons
- Not focused on full mathematical rigor, so readers wanting exhaustive proofs may find it light in formal detail.
Specifications
| Title | Estimation and Control of Dynamical Systems |
| Series | Interdisciplinary Applied Mathematics, 48 |
| Author | Alain Bensoussan |
| Subject focus | Estimation, control and stochastic control |
| Intended audience | PhD and graduate students, applied researchers |
| Content features | Examples, exercises, interdisciplinary connections |
Our Verdict
Estimation and Control of Dynamical Systems is a strong, concept-oriented graduate text that serves researchers who need a coherent bridge between control theory and stochastic applications. Its interdisciplinary links and worked exercises make it good value for PhD courses and applied researchers, though those seeking exhaustive proofs should supplement it with more formal references.
Frequently Asked Questions
Is this book suitable for a PhD course?
Yes. It is written with PhD and graduate students in mind and includes exercises appropriate for coursework.
Does it cover stochastic control?
Yes. The book places particular emphasis on stochastic control and estimation techniques.
Will it teach rigorous proofs?
The presentation prioritizes concepts and applications; for exhaustive formal proofs, consult more specialized theoretical texts.
Editor's Take
A concept-oriented graduate text that unifies classical and stochastic control with interdisciplinary links; well suited for PhD students and applied researchers who need a practical, readable reference.

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