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Apparatus for monitoring the caloric expenditure rate of a subject, comprising: a caloric expenditure rate detector for detecting and measuring the caloric expenditure rate of the subject; a body activity detector for detecting and measuring the body activity of the subject; and a processor for stor

Apparatus for monitoring the caloric expenditure rate of a subject, comprising: a caloric expenditure rate detector for detecting and measuring the caloric expenditure rate of the subject; a body activity detector for detecting and measuring the body activity of the subject; and a processor for storing a measured caloric expenditure rate and a concurrently measured body activity for each of a plurality of different body activities and activity rates, to enable each subsequently detected body activity measurement to be converted to the caloric expenditure rate of the respective subject.

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Apparatus for monitoring the caloric expenditure rate of a subject, comprising: a caloric expenditure rate detector for detecting and measuring the caloric expenditure rate of the subject; a body activity detector for detecting and measuring the body activity of the subject; and a processor for stor

Apparatus for monitoring the caloric expenditure rate of a subject, comprising: a caloric expenditure rate detector for detecting and measuring the caloric expenditure rate of the subject; a body activity detector for detecting and measuring the body activity of the subject; and a processor for storing a measured caloric expenditure rate and a concurrently measured body activity for each of a plurality of different body activities and activity rates, to enable each subsequently detected body activity measurement to be converted to the caloric expenditure rate of the respective subject. a Fibre and a Slab Waveguide," Tel Aviv University, Israel, May 29, 1990. Brierley et al., "Amplitude and phase characterization of polished directional half-couplers with variable refractive index overlays" Optical Engineering, vol. 27, No. 1, p. 045-49, Jan. 1988. Scholl et al., "In-line fiber optical attenuator and powermeter," SPIE vol. 1792 Components of Fiber Optic Applications VII, p. 65-70, 1992. Tsujimoto et al., "Fabrication of Low-Loss 3 dB Couplers With Multimode Optical Fibres," Electronic Letters, vol. 14, No. 5, Mar. 2, 1978.