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DTSTAMP:20120519T155429Z
CREATED:20080823T190312Z
UID:ATEvent-fb5a7d17afa18434727df3de2067a85c
SEQUENCE:0
LAST-MODIFIED:20080823T191440Z
SUMMARY:EUSIPCO 2008 Special Session on "Complexity Reduction in Multiuser MIMO Systems"
DTSTART:20080827T155000Z
DTEND:20080827T173000Z
DESCRIPTION:Multiple-input multiple-output (MIMO) wireless systems, pioneered a decade ago, have by now become a mature and well-established research field. Consequently, MIMO technology has been increasingly attracting the attention of industry and standardization bodies over the past years, leading to the inclusion of MIMO concepts in standardized wireless systems like WiMAX, WiFi, and 3GPP/3GPP2. First MIMO products have begun to penetrate the WiFi market. However, current practical MIMO implementations are still far from theoretical performance limits because\n\nsystem designers are experiencing difficulties to reconcile the complexity of sophisticated MIMO techniques with the implementation constraints imposed by existing hardware.\n\nThus, one of the main challenges in the realization of multiuser MIMO wireless systems - and in fact a critical factor for the success of MIMO in WiMAX, WiFi, and beyond 3G - is the efficient implementation of advanced MIMO concepts. Here, the goal is to devise tunable algorithms that use clever complexity reduction techniques (especially at the receiver side) to achieve graceful performance degradation. This special session intends to promote this important new thread in MIMO research by bringing together some of the top experts in the field. The planned contributions to this session range from recent work on reduced-complexity MIMO detection schemes (including\n\nmodern sphere decoding and lattice reduction algorithms) to novel approaches for space-time codes\n\nthat are designed with robustness issues and receiver complexity in mind.
LOCATION:EUSIPCO 2008, Lausanne
CATEGORIES:Convention
CLASS:PUBLIC
PRIORITY:3
TRANSP:OPAQUE
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