The book "Control Systems with Limited Feedback Information" by Qiang Ling provides a comprehensive analysis of control systems that operate with limited feedback information. It specifically addresses two types of constraints: feedback outages and quantization. Outages refer to situations where the desired feedback data is not captured, while quantization means that the feedback data can only be described by a finite number of bits, leading to measurement errors. The work examines various models for outages, including independent and identically distributed processes as well as Markov chains. It offers closed-form solutions to simplify system synthesis and optimize outage compensation. Additionally, the stability of quantized systems is analyzed, and a dynamic bit allocation strategy is proposed, which has proven to be superior to other quantization policies.