391 APPENDIX C call signs for control centers, xiii Canadian robotic arm (Canadarm). See Space Station Remote Manipulator System (SSRMS) Canadian Space Agency (CSA), xiv, xxviii, 251, 259, 260–262 capsule communicator (CAPCOM), 175, 178 capture operations for visiting vehicles crew’s role in, 239–240, 241–243, 260–261 Cygnus (Orbital ATK), 237 Dragon (SpaceX), 243, 245 graphics overlay for capture operations, 243 H-II Transfer Vehicle (HTV), 258, 260–261 SSRMS’s role in, 239, 254 Carbon Dioxide Monitor (CDM), 336 Carbon Dioxide Removal Assembly (CDRA), 275, 336–338, 346 care packages for crew, 243 cargo delivery and loading, xviii. See also visiting vehicles cargo teams, role of, 240 Cargo Transport Carrier, 256 Cassidy, Chris, 244, 290, 299 Caution and Warning (C&W) system, xxiv, 104–105 Centerline Berthing Camera System (CBCS), 44, 45, 271 Central Computer (Russia), 121–122 Chamitoff, Greg, 56 Chang-Diaz, Franklin, 263 change, managing in mission planning, 62 chemical/toxic spill, 347 Chief Training Officer (CTO), 179 Chip Measurement System (CMS), 187, 336, 347 closeout panels, 58–59 CMG/Thruster Assist control mode, 134 code life cycle, and handling change, 111–112 Colbert, Stephen, 73 “cold cross-tie,” power channels, 160 coldplate system, 204, 207 Collier Trophy 2009, ix Columbia Space Shuttle accident, 78, 211, 246, 311, 322 Columbus module (ESA) ammonia leak risk during Pump Module change out (2013), 369, 376–377 closeout panels in, 58 cooling valve issue on STS-130/ISS-20A (2010), 82 failure during STS-130/ISS-20A (2010), 84 need for Node 2 installation prior to delivery, 307 overview, xvii shifting plans for delivery (2008), 314, 330 Command and Control System (CCS), USOS as global timekeeper for ISS, 100–101 and MDM upgrades, 99 overview, 93, 94 and software upgrades, 112 transition from Node software to, 106–107 upgrade transition, 117 Command and Data Handling (C&DH) System, 92–107 assembly of, 106–107 Caution and Warning (C&W) system, xxiv, 104–105 Electrical Power System (EPS), 158–159 Motion Control System (MCS), 121–122 Multiplexer/DeMultiplexers (MDMs), 97–101. See also individual MDMs by name overview, xxiv, 93–97 Portable Computer System (PCS), 93, 101–103, 111, 112–113, 216 Thermal Control System (TCS), 193 User Application Software, 105–106 Command & Control Multiplexer/ DeMultiplexers (C&C MDMs) failures during SSRMS installation, 262 in-flight maintenance, 273 Motion Control System (MCS) role, 121–122 and software upgrades, 113 styles, 98–99 summary, 95–97 timekeeping for, 100–101 transition of software during assembly, 106–107 Command & Data Handling Position (ODIN), xxv commanders, designation for, xix Commercial Crew Program, xix, 17, 21, 246 commercial off-the-shelf (COTS) equipment, 158 Commercial Resupply Services (CRS), 114, 245–246. See also Cygnus (Orbital ATK) cargo vehicle Dragon (SpaceX) cargo vehicle Common Berthing Mechanism (CBM), 39–41, 44, 45, 259, 261 Common Cabin Air Assembly (CCAA), 337, 339, 340, 343 communication EMU equipment for, 287–288 overview, xxiv TDRS scheduling challenges, 13 training for, 176, 177–179 Communication and Tracking (C&T) system, 222–231 baseband communication systems, 228–231 linking with Command and Control System (CCS), 93 RF links, 223–228. See also RF (radio frequency) links Communications and Tracking Position (CATO), xxv, 93 Communications Radio Frequency Onboard Network Utilization Specialist (CRONUS) position, 93 Compound Specific Analyzer-Combustion Products (CSA-CP), 336, 337, 346, 348 computer network, 92–97 computer systems. See Command and Data Handling (C&DH) System condensate, 340–341 condensation, controlling, 194–195 Condensing Heat Exchanger (HX), 340 conduction method for removing heat, 193 conference calls on ISS, 28, 229 configuration management, planning the ISS, 11–13 conjunction, ISS and debris orbits, 142 consoles in Flight Control Room (FCR) daily log checking, 23–24 functions of, xxiv training for console management, 177 Constellation Program, 89 consumables, managing for increment, 3 Contaminant Control Cartridge (CCC), EMU, 285, 287 Contella, Dina, 31, 36, 311, 329, 369, 371, 376, 377 Contingency Water Container (CWC), 341–342, 343, 344 control centers, worldwide locations, xxviii controllers. See Flight Control Team (FCT) Control Moment Gyroscopes (CMGs) arrival on orbit, 135 assembly of, 121 attitude control with, 128, 129–131, 132 in Debris Avoidance Maneuvers (DAMs), 148 failures, 135–136 momentum management, 132–133 in robotic arm, 120, 132 convection, 193, 345 converter units, direct current (DDCUs), 165–166 core completion phase of ISS, xv Corrective Maintenance, 269 Cougar, Tamara, 329 Creamer, T. J., 27 crew. See also environmental control specific crew members by name assigning to increment, 4 C&C MDM rebuild, 273 Commercial Crew Program, xix, 17, 21, 246 core systems for crew support, xxiv Daily Execute Package, 8, 13 decrewing, planning for, 210–219 EVA preparation duties, 369–370, 372–373. See also Extravehicular Activities (EVAs) exercise preferences, accommodating, 13 flexible activities for, 16 Houston and Canadian Ground Control coordination case study, 260–262 importance of phone call capability for, 226 increased efficiency with time on orbit, 15 increment operations, 20–33 initial capacity, xv jumper installation duty, 161 new transport vehicles, 246 Nodule 3 relocation time management, 67