A new study of the international and local politics surrounding the Muslim minority of Western Thrace (Greece) in the 1940s, based on previously unseen archival material. Addresses the minority's complex identity, its relations with other communities in the area, the international diplomacy of WWII and strategic considerations of the Cold War.

An innovative case study of one of the most recalcitrant member states of the EU: Greece. Based on extensive empirical research, the book relates its evidence to two major conceptual frames: 'Europeanization' and 'varieties of capitalism'. These are complementary and one compensates for the limitations of the other.

We introduced nested search methods to design (n, k) block codes for arbitrary channels by optimizing an appropriate metric spectrum in each iteration. For a given k, the methods start with a good high rate code, say k/(k + 1), and successively design lower rate codes up to rate k/2[superscript]k corresponding to a Hadamard code. Using a full search for small binary codes we found that optimal or near-optimal codes of increasing length can be obtained in a nested manner by utilizing Hadamard matrix columns. The codes can be linear if the Hadamard matrix is linear and non-linear otherwise. The design methodology was extended to the generic complex codes by utilizing columns of newly derived or existing unitary codes. The inherent nested nature of the codes make them ideal for progressive transmission. Extensive comparisons to metric bounds and to previously designed codes show the optimality or near-optimality of the new codes, designed for the fading and the additive white Gaussian noise channel (AWGN). It was also shown that linear codes can be optimal or at least meeting the metric bounds; one example is the systematic pilot-based code of rate k/(k + 1) which was proved to meet the lower bound on the maximum cross-correlation. Further, the method was generalized such that good codes for arbitrary channels can be designed given the corresponding metric or the pairwise error probability. In synchronous multiple-access schemes it is common to use unitary block codes to transmit the multiple users' information, especially in the downlink. In this work we suggest the use of newly designed non-unitary block codes, resulting in increased throughput efficiency, while the performance is shown not to be substantially sacrificed. The non-unitary codes are again developed through suitable nested searches. In addition, new multiple-access codes are introduced that optimize certain criteria, such as the sum-rate capacity. Finally, the introduction of the asymptotically optimum convolutional codes for a given constraint length, reduces dramatically the search size for good convolutional codes of a certain asymptotic performance, and the consequences to coded code-division multiple access (CDMA) system design are highlighted.

Étude de la partition de C en fin du premier stade de transformation; paramètre cristallin de l'austénite en fonction de la durée de la réaction et de la t. dosage de l'austénite et du carbone par spectrométrie Moessbauer. Extrapolation des courbes d'équilibre austénite->ferrite proeutectoïde vers le domaine métastable. Étude des carbures du 2ème stade de la transformation bainitique. Cinétique de la transformation bainitique (dilatométrie, métallographie, détermination de l'énergie d'activation). Mécanisme de la transformation bainitique.