Now showing items 1-6 of 6

    • Incorporation of a time-dependent thermodynamic model and a radiation propagation model into infrared three-dimensional synthetic image generation 

      Schott, John; Raqueno, Rolando; Salvaggio, Carl (The International Society for Optical Engineering (SPIE), 1992-07)
      A model is presented for generation of synthetic images representing what an airborne or satellite thermal infrared imaging sensor would record. The scene and the atmosphere are modeled spectrally with final bandwidth ...
    • Incorporation of texture in multispectral synthetic image generation tools 

      Schott, John; Salvaggio, Carl; Brown, Scott; Rose, Robert (The International Society for Optical Engineering (SPIE), 1995-06)
      The Digital Imaging and Remote Sensing Synthetic Image Generation (DIRSIG) model emphasizes quantitative prediction of the radiance reaching sensors with bandpass values between 0.28 and 20.0 jim. The model embodies ...
    • Radiometric scene normalization using pseudoinvariant features 

      Schott, John; Salvaggio, Carl; Volchok, William (Elsevier Science B.V., Amsterdam, 1988-10)
    • RIT Undergraduate Symposium 2005 

      Bodell, A.; Williams, Scott; Ibrahim, Ahmed; Wilson, Jacquelyn; Pagano, Todd; Regula, A.; Robinson, Andrew; Axon, David; Varble, A.; Hammond, W.; Ferran, Maureen; Basener, William; Entenberg, Alan; Talbot, Justin; Debies, T.; Greeson, Nikole; Meade, Jeff; Worman, James; Donahue, Margret; Guggemos, Nick; Cress, Cory; Roberts, M.; Evans, Irene; Parekh, Bhavin; Kurinec, Santosh; Sinisgalli, Natalie; Savka, Michael; Wilson, Richard; Salvaggio, Carl; Mejia, Omar; Smith, Nakesha; Sarchet, S.; Curran, Patrick; Whiting, P.; Xiao, Danny; Walvoord, R.; Landi, Brian; Messinger, David; Korfmacher, Karl; Mueller, E.; Watkins, Amanda; Narayan, Darren; Skuse, Gary; Ewbank, Dale; Okeke, Nkiruka; Denno, P.; Plummer, P.; Langner, Andreas; Collison, Christina; Younker, J.; Wright, G.; Shipman, Paul; Landi, Brian; Barker, S.; Osier, Michael; Scott, Russell; Pearce, D.; Raish, K.; Burr, Thomas; Ballard, Sarah; Loesch, B.; Illingsworth, Marvin; Taylor, Samantha; Erickson, C.; Phillips, Daniel; Brady, B.; Frisina, D. Robert; Delva, E.; Newman, Dina; Sipos, B.; Richter, E.; Ruf, Herbert; DiLeo, Roberta; Raffaelle, Ryne; Daley, Christopher; Koestler, Devin; DeLorenzo, Joseph; Schauerman, C.; Denial, Sarah; Fuller, Lynn; Craig, Paul; Adameck, Julie; Cotman, B.; O'Handley, Suzanne; Hinke, Emma; Wiandt, Tamas; Jaeger, D.; Brandon, J.; Tubbs, Laura; Topley, E.; DeCelles, G.; Doolittle, Richard; Berns, Roy; Gregg, Elizabeth; Franklin, Scott; Buchanan, Catherine; Onyeke, E.; Grande, C.; Kistner, Jason; Clark, Pat; Binotto, E.; Privon, G.; O'Dea, Christopher; Filby, J.; Golebiewski, L.; Brazeau, H.; Baum, Stefi; Kharb, P.; Kohn, J.; Takacs, Gerald; Pappas, Brandi; Thurston, George; Bavelier, Daphne; Guidon, A.; Yi, Hye Yon; Kuhl, Michael; Lowe, Nathaniel; Sheibley, D.; Gallagher, J.; Helguera, Maria; Banach, Steve; Rubenstein, L.; Achtman, R.; Gopal, Shuba; Ramos, J.; Arney, Jonathan; Krysak, Marie; Yi, Ling (2005-08)
      The Undergraduate Research Symposium was founded to honor student achievement in scientific research and to further RIT’s goal of combining traditional laboratory work and classroom instruction with experiential learning. ...
    • Three-band temperature extraction from airborne imagery with imprecise atmospheric knowledge 

      Salvaggio, Carl; Boonmee, Marvin; Sinisgalli, Natalie; Messinger, David (American Geophysical Union, 2006-07-12)
      The accurate estimation of an object's surface temperature from airborne imagery is complicated by several factors, including the effects of the atmosphere and surface emissivity variations. Several methods have been ...
    • Three-dimensional longwave infrared synthetic image generation incorporating angular emissivity effects using ray-tracing techniques 

      Shor, Eric; Salvaggio, Carl; Schott, John (The International Society for Optical Engineering (SPIE), 1990-11)
      A technique for longwave infrared (LWIR) synthetic image generation (510) is shown which yields improved radiomeiric accuracy in the 8-14 .tm bandpass. This process uses a modified LOWTRAN 6 atmospheric transmission/upwelled ...