This course is the third semester of the formal theory sequence for graduate students. It focuses on teaching students more sophisticated tools for modeling more complex games. Specifically, the course concentrates on games of incomplete information such as signaling games and communication games and develops analytical tools such as Bayesian-Nash equilibrium, perfect Bayesian equilibrium, and equilibrium refinements. The course also covers repeated games, bargaining games and equilibrium existence in a rigorous fashion. The prerequisites for the course are PSC 407 and 408, or an equivalent background in complete information game theory. Grading is based on homework assignments and a midterm and final exam.

This course is the third semester of the formal theory sequence for graduate students. It focuses on teaching students more sophisticated tools for modeling more complex games. Specifically, the course concentrates on games of incomplete information such as signaling games and communication games and develops analytical tools such as Bayesian-Nash equilibrium, perfect Bayesian equilibrium, and equilibrium refinements. The course also covers repeated games, bargaining games and equilibrium existence in a rigorous fashion. The prerequisites for the course are PSC 407 and 408, or an equivalent background in complete information game theory. Grading is based on homework assignments and a midterm and final exam.

This course is the third semester of the formal theory sequence for graduate students. It focuses on teaching students more sophisticated tools for modeling more complex games. Specifically, the course concentrates on games of incomplete information such as signaling games and communication games and develops analytical tools such as Bayesian-Nash equilibrium, perfect Bayesian equilibrium, and equilibrium refinements. The course also covers repeated games, bargaining games and equilibrium existence in a rigorous fashion. The prerequisites for the course are PSC 407 and 408, or an equivalent background in complete information game theory. Grading is based on homework assignments and a midterm and final exam.

This course is the third semester of the formal theory sequence for graduate students. It focuses on teaching students more sophisticated tools for modeling more complex games. Specifically, the course concentrates on games of incomplete information such as signaling games and communication games and develops analytical tools such as Bayesian-Nash equilibrium, perfect Bayesian equilibrium, and equilibrium refinements. The course also covers repeated games, bargaining games and equilibrium existence in a rigorous fashion. The prerequisites for the course are PSC 407 and 408, or an equivalent background in complete information game theory. Grading is based on homework assignments and a midterm and final exam.

This course is the third semester of the formal theory sequence for graduate students. It focuses on teaching students more sophisticated tools for modeling more complex games. Specifically, the course concentrates on games of incomplete information such as signaling games and communication games and develops analytical tools such as Bayesian-Nash equilibrium, perfect Bayesian equilibrium, and equilibrium refinements. The course also covers repeated games, bargaining games and equilibrium existence in a rigorous fashion. The prerequisites for the course are PSC 407 and 408, or an equivalent background in complete information game theory. Grading is based on homework assignments and a midterm and final exam.

This course is the third semester of the formal theory sequence for graduate students. It focuses on teaching students more sophisticated tools for modeling more complex games. Specifically, the course concentrates on games of incomplete information such as signaling games and communication games and develops analytical tools such as Bayesian-Nash equilibrium, perfect Bayesian equilibrium, and equilibrium refinements. The course also covers repeated games, bargaining games and equilibrium existence in a rigorous fashion. The prerequisites for the course are PSC 407 and 408, or an equivalent background in complete information game theory. Grading is based on homework assignments and a midterm and final exam.

This course is the third semester of the formal theory sequence for graduate students. It focuses on teaching students more sophisticated tools for modeling more complex games. Specifically, the course concentrates on games of incomplete information such as signaling games and communication games and develops analytical tools such as Bayesian-Nash equilibrium, perfect Bayesian equilibrium, and equilibrium refinements. The course also covers repeated games, bargaining games and equilibrium existence in a rigorous fashion. The prerequisites for the course are PSC 407 and 408, or an equivalent background in complete information game theory. Grading is based on homework assignments and a midterm and final exam.

This course is the third semester of the formal theory sequence for graduate students. It focuses on teaching students more sophisticated tools for modeling more complex games. Specifically, the course concentrates on games of incomplete information such as signaling games and communication games and develops analytical tools such as Bayesian-Nash equilibrium, perfect Bayesian equilibrium, and equilibrium refinements. The course also covers repeated games, bargaining games and equilibrium existence in a rigorous fashion. The prerequisites for the course are PSC 407 and 408, or an equivalent background in complete information game theory. Grading is based on homework assignments and a midterm and final exam.

This course is the third semester of the formal theory sequence for graduate students. It focuses on teaching students more sophisticated tools for modeling more complex games. Specifically, the course concentrates on games of incomplete information such as signaling games and communication games and develops analytical tools such as Bayesian-Nash equilibrium, perfect Bayesian equilibrium, and equilibrium refinements. The course also covers repeated games, bargaining games and equilibrium existence in a rigorous fashion. The prerequisites for the course are PSC 407 and 408, or an equivalent background in complete information game theory. Grading is based on homework assignments and a midterm and final exam.

This course is the third semester of the formal theory sequence for graduate students. It focuses on teaching students more sophisticated tools for modeling more complex games. Specifically, the course concentrates on games of incomplete information such as signaling games and communication games and develops analytical tools such as Bayesian-Nash equilibrium, perfect Bayesian equilibrium, and equilibrium refinements. The course also covers repeated games, bargaining games and equilibrium existence in a rigorous fashion. The prerequisites for the course are PSC 407 and 408, or an equivalent background in complete information game theory. Grading is based on homework assignments and a midterm and final exam.

This course is the third semester of the formal theory sequence for graduate students. It focuses on teaching students more sophisticated tools for modeling more complex games. Specifically, the course concentrates on games of incomplete information such as signaling games and communication games and develops analytical tools such as Bayesian-Nash equilibrium, perfect Bayesian equilibrium, and equilibrium refinements. The course also covers repeated games, bargaining games and equilibrium existence in a rigorous fashion. The prerequisites for the course are PSC 407 and 408, or an equivalent background in complete information game theory. Grading is based on homework assignments and a midterm and final exam.

This course is the third semester of the formal theory sequence for graduate students. It focuses on teaching students more sophisticated tools for modeling more complex games. Specifically, the course concentrates on games of incomplete information such as signaling games and communication games and develops analytical tools such as Bayesian-Nash equilibrium, perfect Bayesian equilibrium, and equilibrium refinements. The course also covers repeated games, bargaining games and equilibrium existence in a rigorous fashion. The prerequisites for the course are PSC 407 and 408, or an equivalent background in complete information game theory. Grading is based on homework assignments and a midterm and final exam.

This course is the third semester of the formal theory sequence for graduate students. It focuses on teaching students more sophisticated tools for modeling more complex games. Specifically, the course concentrates on games of incomplete information such as signaling games and communication games and develops analytical tools such as Bayesian-Nash equilibrium, perfect Bayesian equilibrium, and equilibrium refinements. The course also covers repeated games, bargaining games and equilibrium existence in a rigorous fashion. The prerequisites for the course are PSC 407 and 408, or an equivalent background in complete information game theory. Grading is based on homework assignments and a midterm and final exam.

This course is the third semester of the formal theory sequence for graduate students. It focuses on teaching students more sophisticated tools for modeling more complex games. Specifically, the course concentrates on games of incomplete information such as signaling games and communication games and develops analytical tools such as Bayesian-Nash equilibrium, perfect Bayesian equilibrium, and equilibrium refinements. The course also covers repeated games, bargaining games and equilibrium existence in a rigorous fashion. The prerequisites for the course are PSC 407 and 408, or an equivalent background in complete information game theory. Grading is based on homework assignments and a midterm and final exam.