In this paper, we propose a lensless compressive imaging architecture. The architecture consists of two components, an aperture assembly and a sensor. No lens is used.
A new low-cost, thermally compensated, versatile, external cavity fiber grating lasers in a plastic module shows output power above 1 mW and a wavelength stability within 36 pm over 0-50/spl deg/C.
We achieve fast wavelength switching between all channel combinations of a 64-channel SG-DBR laser in less than 5 ns.
We achieve fast wavelength switching between all channel combinations of a 64-channel sampled-grating distributed Bragg reflector laser in less than 5 ns.
Operational expenditure related to energy consumption of cellular base stations is a primary concern for network operators, as densely deployed next generation base stations will need to be 2000 ti
Nature produces a wide variety of exquisite mineralized tissues fulfilling diverse functions, and often from simple inorganic salts.
While transformation has been discussed at length in the communications industry, the dialogue in many ways has been limited to a technical scope.
A joint study was conducted by Lucent Technologies Power Systems and Sprint on the use of ohmic meters in predicting the state of health for VRLA batteries.
We believe that a lightweight and portable specialized file system library can provide applications with performance close to that of special-built appliances running on closed proprietary operatin
In the Gitlin and Weinstein paper, Fig.
