IEEE Transactions on Automatic Control: Special Issue on the Linear-Quadratic-Gaussian Estimation and Control Problem.

In this special issue, the complexities of linear-quadratic-Gaussian estimation and control are explored in-depth, showcasing the latest advancements in automatic control theory. The contributions highlight a range of innovative approaches and methodologies that researchers and practitioners can employ to tackle real-world problems.

Michael Athans, a prominent figure in the field, brings together a collection of papers that dissect the nuances of LQG design, implementation challenges, and optimization strategies. This compilation serves not only as a testament to the research community's ongoing efforts but also as a valuable resource for those seeking to enhance their understanding of modern control systems.

Readers will find a blend of theoretical insights and practical applications, empowering them to apply these concepts in various engineering disciplines. This issue stands as a significant contribution to the body of knowledge in automatic control, inviting further exploration and dialogue among engineers and researchers alike.