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2.3 Difference 2.3 we know behavior of Yg(t buffer in front buffer sizes buffer space consider counterpart in system customer at station customer in buffer customer leaves customer n customers in front decrease the departure define the departure Definition of departure departure rate Description of systems difference vector E-system equal to B+2 following corollary forms an irreducible front of station Gnedenko Hence Hildebrand 67 i=l and j=m idle infinite capacity infinite supply isomorphism last station Lavenberg 78 leaves leaves leaves leaves station leaves the system lemma says Markov chain never blocked number of customers number of stations Output and departure PE(n previous section probability 1/2 rate is undefined rate of system reduction method Sakasegawa server station 2 station station j-1 station system supply of customers system F systems with blocking tandem queueing systems theorem 3.1 total content function undefined for system Yamazaki G Yg(t zero