Progress In Astronautics and Aeronautics: Satellite Communications In the 21st Century: Trends and TechnologiesTakashi Iida |
Contents
LXXXVIII | 119 |
XCI | 120 |
XCII | 121 |
XCIII | 122 |
XCIV | 123 |
XCV | 124 |
XCVI | 126 |
XCIX | 128 |
XVII | 15 |
XVIII | 16 |
XIX | 18 |
XX | 21 |
XXIV | 22 |
XXV | 27 |
XXVI | 28 |
XXVII | 31 |
XXVIII | 34 |
XXIX | 38 |
XXX | 39 |
XXXI | 42 |
XXXII | 43 |
XXXIII | 50 |
XXXV | 52 |
XXXVI | 54 |
XXXVII | 56 |
XXXVIII | 58 |
XL | 61 |
XLI | 63 |
XLIV | 64 |
XLV | 65 |
XLVI | 66 |
XLVII | 67 |
XLVIII | 68 |
XLIX | 69 |
LI | 72 |
LII | 73 |
LIV | 74 |
LVI | 76 |
LVII | 78 |
LIX | 79 |
LX | 81 |
LXI | 85 |
LXIV | 86 |
LXV | 89 |
LXVI | 90 |
LXVII | 91 |
LXVIII | 92 |
LXIX | 93 |
LXX | 94 |
LXXII | 96 |
LXXIII | 97 |
LXXV | 100 |
LXXVI | 101 |
LXXVII | 103 |
LXXVIII | 104 |
LXXX | 105 |
LXXXII | 106 |
LXXXIII | 107 |
LXXXIV | 112 |
LXXXV | 113 |
LXXXVI | 114 |
LXXXVII | 115 |
C | 129 |
CI | 130 |
CII | 131 |
CIII | 132 |
CIV | 135 |
CV | 139 |
CVI | 140 |
CVII | 141 |
CVIII | 142 |
CIX | 145 |
CX | 146 |
CXI | 149 |
CXIII | 150 |
CXIV | 151 |
CXVI | 153 |
CXIX | 154 |
CXXI | 155 |
CXXV | 156 |
CXXVIII | 157 |
CXXIX | 158 |
CXXXI | 159 |
CXXXIII | 160 |
CXXXV | 162 |
CXXXVI | 163 |
CXXXVII | 165 |
CXXXVIII | 166 |
CXXXIX | 168 |
CXL | 169 |
CXLII | 170 |
CXLIII | 171 |
CXLVI | 172 |
CXLVIII | 173 |
CXLIX | 174 |
CLI | 176 |
CLII | 176 |
CLIII | 177 |
CLV | 179 |
CLVII | 180 |
CLVIII | 181 |
CLIX | 183 |
CLX | 184 |
CLXI | 185 |
CLXII | 187 |
CLXIII | 189 |
CLXIV | 190 |
CLXVI | 193 |
CLXVII | 195 |
CLXX | 196 |
CLXXI | 197 |
CLXXII | 198 |
CLXXIII | 199 |
| 203 | |
CLXXV | 207 |
Common terms and phrases
2G-satellite AIAA altitude amplifier antenna applications approximately areas bandwidth bent-pipe broadband broadband satellite cable capacity channels chapter coding Communications Satellite Communications Satellite Systems configuration cost developed downlink Earth station Editor University efficiency EIRP elevation angles error example film frequency bands future Gbps GEO platform GEO satellites geostationary global Globalstar HDTV high data rate Inmarsat Intelsat International Communications Satellite Internet intersatellite Japan Ka-band L-band Laboratory launched link budget Mbps modulation multibeam multiplexed N-STAR NASA noise NTSC onboard operators optical Orbcomm orbit payload Pelton pixels programs protocol PSTN QPSK radiation radio received reflector Router satellite communications satellite communications systems satellite link satellite networks satellite services Satellite Systems Conference SECAM shown in Fig signal Space Spacecraft spot beams standards telecommunications television terrestrial throughput Thuraya transmission transmitted transponder trend types uplink user terminals wireless