1. Why can waves with a very low frequency follow the earth’s surface? terjemahan - 1. Why can waves with a very low frequency follow the earth’s surface? Bahasa Indonesia Bagaimana mengatakan

1. Why can waves with a very low fr

1. Why can waves with a very low frequency follow the earth’s surface? Why are they
not used for data transmission in computer networks?
2. What are the main problems of signal propagation? Why do radio waves not always
follow a straight line? Why is reflection both useful and harmful?
3. Why, typically, is digital modulation not enough for radio transmission? What are
general goals for digital modulation? What are typical schemes?
4. What are the main benefits of a spread spectrum system? How can spreading be
achieved? What replaces the guard space in Figure 2.33 when compared to Figure
2.34? How can DSSS systems benefit from multi-path propagation?
5. What are the main reasons for using cellular systems? How is SDM typically realized
and combined with FDM? How does DCA influence the frequencies available in other
cells?
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Hasil (Bahasa Indonesia) 1: [Salinan]
Disalin!
1. Why can waves with a very low frequency follow the earth’s surface? Why are theynot used for data transmission in computer networks?2. What are the main problems of signal propagation? Why do radio waves not alwaysfollow a straight line? Why is reflection both useful and harmful?3. Why, typically, is digital modulation not enough for radio transmission? What aregeneral goals for digital modulation? What are typical schemes?4. What are the main benefits of a spread spectrum system? How can spreading beachieved? What replaces the guard space in Figure 2.33 when compared to Figure2.34? How can DSSS systems benefit from multi-path propagation?5. What are the main reasons for using cellular systems? How is SDM typically realizedand combined with FDM? How does DCA influence the frequencies available in othercells?
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Hasil (Bahasa Indonesia) 2:[Salinan]
Disalin!
1. Mengapa gelombang dengan frekuensi sangat rendah dapat mengikuti permukaan bumi? Mengapa mereka
tidak digunakan untuk transmisi data dalam jaringan komputer?
2. Apa masalah utama propagasi sinyal? Mengapa gelombang radio tidak selalu
mengikuti garis lurus? Mengapa refleksi baik berguna dan berbahaya?
3. Mengapa, biasanya, adalah modulasi digital tidak cukup untuk transmisi radio? Apa
tujuan umum untuk modulasi digital? Apa skema khas?
4. Apa manfaat utama sistem spread spectrum? Bagaimana bisa Penyebaran dapat
dicapai? Apa menggantikan ruang penjaga pada Gambar 2.33 jika dibandingkan dengan Gambar
2.34? Bagaimana sistem DSSS bisa mendapatkan keuntungan dari propagasi multi-path?
5. Apa alasan utama untuk menggunakan sistem seluler? Bagaimana SDM biasanya diwujudkan
dan dikombinasikan dengan FDM? Bagaimana DCA mempengaruhi frekuensi yang tersedia di lain
sel?
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