Search Results - "GATES, J. V"

40-wavelength add drop filter by Doerr, C.R., Stulz, L.W., Cappuzzo, M., Laskowski, E., Paunescu, A., Gomez, L., Gates, J.V., Shunk, S., White, A.E.

“…We present in 40-wavelength, 100-GHz channel spacing, programmable, planar add-drop filter that has flattened passbands without excess loss. For TE polarized…”
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1100 × 1100 port MEMS-based optical crossconnect with 4-dB maximum loss by Kim, J, Nuzman, C.J, Kumar, B, Lieuwen, D.F, Kraus, J.S, Weiss, A, Lichtenwalner, C.P, Papazian, A.R, Frahm, R.E, Basavanhally, N.R, Ramsey, D.A, Aksyuk, V.A, Pardo, F, Simon, M.E, Lifton, V, Chan, H.B, Haueis, M, Gasparyan, A, Shea, H.R, Arney, S, Bolle, C.A, Kolodner, P.R, Ryf, R, Neilson, D.T, Gates, J.V

“…We present a microelectromechanical systems-based beam steering optical crossconnect switch core with port count exceeding 1100, featuring mean fiber-to-fiber…”
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MEMS thermal imager with optical readout by Jones, C.D.W., Bolle, C.A., Ryf, R., Simon, M.E., Pardo, F., Aksyuk, V.A., Lai, W.Y.-C., Bower, J.E., Miner, J.F., Klemens, F.P., Cirelli, R.A., Sorsch, T.W., Ferry, E.J., Fetter, L.A., Pai, C.-S., Taylor, J.A., Vyas, B., Watson, G.P., Stekas, B., Baker, M.R., Papazian, A.R., Basavanhally, N.R., Mansfield, W.M., Kornblit, A., Keller, R.C., Gates, J.V., Ramirez, A.P.

“…A cantilever-based uncooled IR imager was developed utilizing a novel optical readout scheme based on inter-pixel interference. A series of small arrays…”
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Smart dynamic wavelength equalizer based on an integrated planar optical circuit for use in the 1550-nm region by Schiffer, P.M.J., Doerr, C.R., Stulz, L.W., Cappuzzo, M.A., Laskowski, E.J., Paumescu, A., Gomez, L.T., Gates, J.V.

“…A microprocessor-controlled dynamic wavelength equalizer is presented. Th subsystem is based on an integrated optical circuit made in silica and covers a large…”
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256 x 256 port optical cross-connect subsystem by NEILSON, David T, FRAHM, R, AKSYUK, V. A, GATES, J. V, KOLODNER, Paul, BOLLE, C. A, RYF, Roland, KIM, J, PAPAZIAN, A. R, NUZMAN, C. J, GASPARYAN, A, BASAVANHALLY, N. R

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Compact 64 × 64 micromechanical optical cross connect by Kozhevnikov, M, Basavanhally, N.R, Weld, J.D, Low, Y.L, Kolodner, P, Bolle, C.A, Ryf, R, Papazian, A.R, Olkhovets, A, Pardo, F, Kim, J, Neilson, D.T, Aksyuk, V.A, Gates, J.V

“…Describes a 64 64 beam steering optical cross connect constructed using surface micromachined mirrors. It used a curved mirror as a Fourier transform element…”
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238 x 238 micromechanical optical cross connect by Aksyuk, V.A., Arney, S., Basavanhally, N.R., Bishop, D.J., Bolle, C.A., Chang, C.C., Frahm, R., Gasparyan, A., Gates, J.V., George, R., Giles, C.R., Kim, J., Kolodner, P.R., Lee, T.M., Neilson, D.T., Nijander, C., Nuzman, C.J., Paczkowski, M., Papazian, A.R., Pardo, F., Ramsey, D.A., Ryf, R., Scotti, R.E., Shea, H., Simon, M.E.

“…This letter describes a 238/spl times/238 beam-steering optical cross connect constructed using surface micromachined mirrors. Its innovative optical…”
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Compact 64 x 64 micromechanical optical cross connect by Kozhevnikov, M., Basavanhally, N.R., Weld, J.D., Low, Y.L., Kolodner, P., Bolle, C.A., Ryf, R., Papazian, A.R., Olkhovets, A., Pardo, F., Kim, J., Neilson, D.T., Aksyuk, V.A., Gates, J.V.

“…Describes a 64 x 64 beam steering optical cross connect constructed using surface micromachined mirrors. It used a curved mirror as a Fourier transform element…”
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Micromechanical optical crossconnect with 4-F relay imaging optics by Kozhevnikov, M., Ryf, R., Neilson, D.T., Kolodner, P., Bolle, C.A., Papazian, A.R., Jungsang Kim, Gates, J.V.

“…We describe a novel optical configuration for a microelectromechanical system (MEMS)-based beam-steering optical crossconnect. It incorporates 4-F imaging…”
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Passive alignment optical subassemblies for military/aerospace fiber-optic transmitter/receiver modules by Beranek, M.W., Chan, E.Y., Chiu-Chao Chen, Davido, K.W., Hager, H.E., Chi-Shain Hong, Koshinz, D.G., Rassaian, M., Soares, H.P., St. Pierre, R.L., Anthony, P.j., Cappuzzo, M.A., Gates, J.V., Gomez, L.T., Henein, G.E., Shmulovich, J., Occhionero, M.A., Fennessy, K.P.

“…Under the DARPA sponsored Avionics Optoelectronic Module Technology program, new passive alignment carrier (PAC) optical subassemblies (LED-PAC and PIN-PAC)…”
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256×256 port optical cross-connect subsystem by Neilson, D.T, Frahm, R, Kolodner, P, Bolle, C.A, Ryf, R, Kim, J, Papazian, A.R, Nuzman, C.J, Gasparyan, A, Basavanhally, N.R, Aksyuk, V.A, Gates, J.V

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Photonic packaging using laser/receiver arrays and flexible optical circuits by Grimes, G.J., Markush, J.P.C., Yiu-Man Wong, Anthony, P.J., Holland, B., Priest, E.G., Sherman, C.J., Peck, S.R., Muehlner, D.J., Faudskar, C.C., Nyquist, J.S., Helton, J.S., Lepthian, C.A., Sonnier, G.L., Gates, J.V., Honea, W.K., Bortolini, J.R.

“…Optoelectronic modules and multifiber optical connectors were successfully applied to intrasystem interconnection within a large telecommunication transmission…”
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238×238 micromechanical optical cross connect by Aksyuk, V.A, Arney, S, Basavanhally, N.R, Bishop, D.J, Bolle, C.A, Chang, C.C, Frahm, R, Gasparyan, A, Gates, J.V, George, R, Giles, C.R, Kim, J, Kolodner, P.R, Lee, T.M, Neilson, D.T, Nijander, C, Nuzman, C.J, Paczkowski, M, Papazian, A.R, Pardo, F, Ramsey, D.A, Ryf, R, Scotti, R.E, Shea, H, Simon, M.E

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Integrated array of 1xN optical switches for wavelength-independent and WDM applications by Kozhevnikov, M, Kolodner, P, Neilson, D T, Papazian, A R, Frahm, R E, Gates, J V

“…This paper describes an optical configuration that allows effective arrangement of multiple 1xN optical switches as an integrated array. An experimental…”
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Integrated array of 1N optical switches for wavelength-independent and WDM applications by Kozhevnikov, M, Kolodner, P, Neilson, D T, Papazian, A R, Frahm, R E, Gates, J V

“…This paper describes an optical configuration that allows effective arrangement of multiple 1N optical switches as an integrated array. An experimental compact…”
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1100 x 1100 port MEMS-based optical crossconnect with 4-dB maximum loss by Kim, J., Nuzman, C.J., Kumar, B., Lieuwen, D.F., Kraus, J.S., Weiss, A., Lichtenwalner, C.P., Papazian, A.R., Frahm, R.E., Basavanhally, N.R., Ramsey, D.A., Aksyuk, V.A., Pardo, F., Simon, M.E., Lifton, V., Chan, H.B., Haueis, M., Gasparyan, A., Shea, H.R., Arney, S., Bolle, C.A., Kolodner, P.R., Ryf, R., Neilson, D.T., Gates, J.V.

“…We present a microelectromechanical systems-based beam steering optical crossconnect switch core with port count exceeding 1100, featuring mean fiber-to-fiber…”
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256x256 port optical cross-connect subsystem by Neilson, D T, Frahm, R, Kolodner, P, Bolle, C A, Ryf, R, Kim, J, Papazian, A R, Nuzman, C J, Gasparyan, A, Basavanhally, N R, Aksyuk, V A, Gates, J V

“…This paper describes the subsystem design and performance of a 256x256-port micromechanical beam-steering optical cross-connect with 1.33-dB average loss,…”
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Observation of Macroscopic Heat Transfer by a Nuclear Spin System and Measurement of the Spin Diffusion Constant by Gates, J. V., Potter, W. H.

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Technology development of a high-density 32-channel 16-Gb/s optical data link for optical interconnection applications for the optoelectronic technology consortium (OETC) by Yiu-Man Wong, Muehlner, D.J., Faudskar, C.C., Buchholz, D.B., Fishteyn, M., Brandner, J.L., Parzygnat, W.J., Morgan, R.A., Mullally, T., Leibenguth, R.E., Guth, G.D., Focht, M.W., Glogovsky, K.G., Zilko, J.L., Gates, J.V., Anthony, P.J., Tyrone, B.H., Ireland, T.J., Lewis, D.H., Smith, D.F., Nati, S.F., Lewis, D.K., Rogers, D.L., Aispain, H.A., Gowda, S.M., Walker, S.G., Kwark, Y.H., Bates, R.J.S., Kuchta, D.M., Crow, J.D.

“…A parallel, 32-channel, high density (140 /spl mu/m pitch), 500 Mb/s NRZ, point-to-point, optical data link has been fabricated using existing GaAs IC, silicon…”
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238x238 micromechanical optical cross connect by Aksyuk, V A, Arney, S, Basavanhally, N R, Bishop, D J, Bolle, C A, Chang, C C, Frahm, R, Gasparyan, A, Gates, J V, George, R, Giles, C R, Kim, J, Kolodner, P R, Lee, T M, Neilson, D T, Nijander, C, Nuzman, C J, Paczkowski, M, Papazian, A R

“…This letter describes a 238x238 beam-steering optical cross connect constructed using surface micromachined mirrors. Its innovative optical configuration…”
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