## Abstract This paper compares stimulus response (SR) and beliefβbased learning (BBL) using data from experiments with senderβreceiver games. The environment, extensive form games played in a population setting, is novel in the empirical literature on learning in games. Both the SR and BBL models
Communication protocols with untraceability of sender and receiver
β Scribed by Masahiro Mambo; Hirotsugu Kinoshita; Shigeo Tsujii
- Book ID
- 104591524
- Publisher
- John Wiley and Sons
- Year
- 1992
- Tongue
- English
- Weight
- 593 KB
- Volume
- 23
- Category
- Article
- ISSN
- 0882-1666
No coin nor oath required. For personal study only.
β¦ Synopsis
Abstract
Previous research on information security has focused on the protection of the contents of messages. But in many cases it is equally important to protect the identities of the sender and receiver and also the time of message transmission.
This paper proposes communication protocols which make it impossible both for the entities other than the right receiver to decipher the message and for any third party to identify the communicating entities. Since it is impossible in these protocols for any third party to identify the communicators, the protocols are classified into four groups according to whether or not the communicating pair can identify each other. In addition, the security, the implementability, and the mutual relationship of these four kinds of communication protocols are studied.
π SIMILAR VOLUMES
We use a genetic algorithm to simulate play of a sender/receiver game of common interest in which players engage in anonymous, pairwise interactions. The order of an equilibrium is the number of player types that are communicated. There are many equilibria of each order, equilibria of the same order
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