, if both X and Y are symmetric processes, then the equality of the capacities Cap X and Cap Y implies that X...

The Mental Health Coordinating Council (MHCC) is the peak body representing mental health community managed organisations (CMOs)1 in NSW. Our members provide a range of psychosocial and clinical services, and support programs, as well as advocacy, education, training and information services with a focus on recovery-oriented practice. MHCC’s membership consists of over 200 organisations whose business or activity is wholly or in part related to the promotion and/or delivery of services for the wellbeing and recovery of people affected by mental health conditions. We work in partnership with both State and Commonwealth Governments to promote recovery and social inclusion for people affected by mental health conditions, participate extensively in policy and sector development and facilitate linkages between government, community and private sectors in order to affect systemic change. MHCC manages and conducts research projects and develops collaborative projects on behalf of the sector. MHCC is also a registered training organisation (MHCC Learning & Development) delivering nationally accredited mental health training and professional development to the community managed workforce across all human services.

Much of the prior research on interorganizational learning has focused on the role of absorptive capacity, a firm’s ability to value, assimilate, and utilize new external knowledge. However, this definition of the construct suggests that a firm has an equal capacity to learn from all other

signals. We prove that there is no point in making the number of transmitter antennas greater than the length of the coherence interval: the capacity for M> Tis equal to the capacity for M = T. Capacity is achieved when the T M transmitted signal matrix is equal to the product of two statistically

Abstract not found

on the information theory of fading channels, by emphasizing capacity as the most important performance measure. Both single-user and multiuser transmission are examined. Further, we describe how the structure of fading channels impacts code design, and finally overview equalization of fading multipath channels.

paper achievable region for the MIMO BC. We also show that the dirty paper achievable region achieves the sum-rate capacity of the MIMO BC by establishing that the maximum sum rate of this region equals an upper bound on the sum rate of the MIMO BC.

This paper characterizes the sum capacity of a class of non-degraded Gaussian vectB broadcast channels where a singletransmitter with multiple transmit terminals sends independent information to multiple receivers. Coordinat+[ is allowed among the transmit teminals, but not among the different

Abstract — We determine the pairs of (d, k)constrained

period. We analyze the spectral efficiency (total capacity per chip) as a function of the number of users, spreading gain, and signal-to-noise ratio, and we quantify the loss in efficiency relative to an optimally chosen set of signature sequences and relative to multiaccess with no spreading. White