Open Radio Access Network (O-RAN) Systems Architecture and Design
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Open Radio Access Network (O-RAN) Systems Architecture and Design
Rouwet, Wim
Elsevier Science Publishing Co Inc
04/2025
420
Mole
9780443328404
Pré-lançamento - envio 15 a 20 dias após a sua edição
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1. Open radio access network overview
2. System components, requirements, and interfaces
3. Hardware system dimensioning
4. Hardware architecture choices
5. System software
6. User-plane application components
7. Wireless scheduling and Quality of Service optimization techniques
8. Synchronization in open radio access networks
9. Software performance
10. Interoperability and test
11. Differentiation by use case
12. 5G Technologies
2. System components, requirements, and interfaces
3. Hardware system dimensioning
4. Hardware architecture choices
5. System software
6. User-plane application components
7. Wireless scheduling and Quality of Service optimization techniques
8. Synchronization in open radio access networks
9. Software performance
10. Interoperability and test
11. Differentiation by use case
12. 5G Technologies
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
3GPP; 5G mobile communication; ADC; AES; AI; Acceleration and PREEMPT_RT; BBDEV; Bandwidth; Base station architectures and functional splits; Boot; C-V2X; CAT-1; CPU loading; CU; Central unit; Clock cycles; Compliance; Cycle count and complexity; DAC and DPD; DDR; DFE; DPD and CFR; DU; Distributed unit; ECPRI; ERedCap; Embedded; Encryption; Ethernet; Ethernet networks; FCC; FRMCS; GSM-R; GTP; HARQ; IPC; IPSec; Industrial communication; Industry 40; Inferencing; Integrated small cell and ISC; Interference; Internet of Things; IoT; JESD and SIMD; LTE-M; Latency; Learning; Linux; MAC; ML; Machine-to-machine communications; Manufacturing automation; Membership; Memory; N100; N101; NN; Neural; Noise; O-RAN; O-RAN Alliance; OFDM; OFDMA; PCIe; PDCP; PF; PHY; PLL; PQC; PTP; Performance; Post quantum; Precoding; Processor; Proportional fair and MIMO scheduling; QoS; RF; RLC; RTOS; RU; Radio unit; Railway; RedCap; Reduced capabilities; Reliability; SNOW; SNR; Scheduling; Secure boot; Security; Server; Spatial diversity; Spectrum; Subsystem test; SyncE and Grandmaster; Synchronization; Synchronous Ethernet; Syntonization; System integration and feature compliance
1. Open radio access network overview
2. System components, requirements, and interfaces
3. Hardware system dimensioning
4. Hardware architecture choices
5. System software
6. User-plane application components
7. Wireless scheduling and Quality of Service optimization techniques
8. Synchronization in open radio access networks
9. Software performance
10. Interoperability and test
11. Differentiation by use case
12. 5G Technologies
2. System components, requirements, and interfaces
3. Hardware system dimensioning
4. Hardware architecture choices
5. System software
6. User-plane application components
7. Wireless scheduling and Quality of Service optimization techniques
8. Synchronization in open radio access networks
9. Software performance
10. Interoperability and test
11. Differentiation by use case
12. 5G Technologies
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
3GPP; 5G mobile communication; ADC; AES; AI; Acceleration and PREEMPT_RT; BBDEV; Bandwidth; Base station architectures and functional splits; Boot; C-V2X; CAT-1; CPU loading; CU; Central unit; Clock cycles; Compliance; Cycle count and complexity; DAC and DPD; DDR; DFE; DPD and CFR; DU; Distributed unit; ECPRI; ERedCap; Embedded; Encryption; Ethernet; Ethernet networks; FCC; FRMCS; GSM-R; GTP; HARQ; IPC; IPSec; Industrial communication; Industry 40; Inferencing; Integrated small cell and ISC; Interference; Internet of Things; IoT; JESD and SIMD; LTE-M; Latency; Learning; Linux; MAC; ML; Machine-to-machine communications; Manufacturing automation; Membership; Memory; N100; N101; NN; Neural; Noise; O-RAN; O-RAN Alliance; OFDM; OFDMA; PCIe; PDCP; PF; PHY; PLL; PQC; PTP; Performance; Post quantum; Precoding; Processor; Proportional fair and MIMO scheduling; QoS; RF; RLC; RTOS; RU; Radio unit; Railway; RedCap; Reduced capabilities; Reliability; SNOW; SNR; Scheduling; Secure boot; Security; Server; Spatial diversity; Spectrum; Subsystem test; SyncE and Grandmaster; Synchronization; Synchronous Ethernet; Syntonization; System integration and feature compliance
