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13. Coexistence LTE with GSM and UMTS – Performance Analysis using SEAMCAT Simulation.
13. Coexistence LTE with GSM and UMTS – Performance Analysis using SEAMCAT Simulation.
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12. Impact of Number of Devices and Data Rate Variation in Clustering Method on Device-to-Device Communication.
12. Impact of Number of Devices and Data Rate Variation in Clustering Method on Device-to-Device Communication.
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11. Distributed FFR as the Novelty Solution of the Integration Femtocell and Macrocell in Cellular Network.
11. Distributed FFR as the Novelty Solution of the Integration Femtocell and Macrocell in Cellular Network.
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10. Algoritma Pengalokasian Resource Block Berbasis QOS Guaranteed Menggunakan Antena MIMO 2X2 Pada Sistem LTE Untuk Meningkatkan Spectral Efficiency.
10. Algoritma Pengalokasian Resource Block Berbasis QOS Guaranteed Menggunakan Antena MIMO 2X2 Pada Sistem LTE Untuk Meningkatkan Spectral Efficiency.
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9. Improved Performance of Mean Greedy Algorithm for Chunk Allocation in SC-FDMA Uplink Systems using Joint-User and Chunk-Based Allocation.
9. Improved Performance of Mean Greedy Algorithm for Chunk Allocation in SC-FDMA Uplink Systems using Joint-User and Chunk-Based Allocation.
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8. Combined-order Algorithm using Promethee Method Approach and Analytic Hierarchy Decision for Chunk Allocation in LTE Uplink Systems.
8. Combined-order Algorithm using Promethee Method Approach and Analytic Hierarchy Decision for Chunk Allocation in LTE Uplink Systems.
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7. Uplink Resource Allocation Algorithm with Fractional Power Control as Power Constraints for OFDMA System.
7. Uplink Resource Allocation Algorithm with Fractional Power Control as Power Constraints for OFDMA System.
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6. Joint Chunk Allocation and Unequal Power Allocation in Resource Allocation Algorithm for OFDMA Uplink System.
6. Joint Chunk Allocation and Unequal Power Allocation in Resource Allocation Algorithm for OFDMA Uplink System.
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5. A Modified Greedy Algorithm for Dynamic Chunk Allocation in SC-FDMA System.
5. A Modified Greedy Algorithm for Dynamic Chunk Allocation in SC-FDMA System.
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4. Study of Adaptive Radio Resource Allocation Using Cross Layer Design in OFDMA Systems.
4. Study of Adaptive Radio Resource Allocation Using Cross Layer Design in OFDMA Systems.