 ICACT20260205 Slide.01
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Hello everyone
My name is IIDE BARKIRE Dourahamane, a doctoral student;
I am delighted to be here to talk to you about "From Technical Validation to Policy Implementation: A Dynamic Spectrum Sharing Framework for 6G Networks in West Africa"
The presentation will follow the outline below:
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| ICACT20260205 Slide.02
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The presentation will follow the outline : |
| ICACT20260205 Slide.03
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The transition to 6G networks in West Africa, and more specifically within the Alliance of Sahel States (AES), risks being hampered by static spectrum management approaches. These approaches lead to a significant reduction in the efficiency of available frequency use and considerable economic waste.
This thesis examines the context in order to propose solutions for the rational optimization of spectrum
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| ICACT20260205 Slide.04
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Slide 4-5 The transition to 6G networks in West Africa, and more specifically within the Alliance of Sahel States (AES), risks being hampered by static spectrum management approaches. These approaches lead to a significant reduction in the efficiency of available frequency use and considerable economic waste.
This thesis examines the context in order to propose solutions for the rational optimization of spectrum
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| ICACT20260205 Slide.05
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Research has shown that dynamic spectrum sharing is one of the key technologies for the global deployment of 6G networks, and many research contributions focus on this topic across three main domains: technical, economic, and policy-related. |
| ICACT20260205 Slide.06
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Research has shown that dynamic spectrum sharing is one of the key technologies for the global deployment of 6G networks, and many research contributions focus on this topic across three main domains: technical, economic, and policy-related. |
| ICACT20260205 Slide.07
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A thorough analysis of primary frequency band usage profiles, as described by specific spatial analyses, reveals a persistent underutilization across all primary bands. This observation confirms the inefficiency of static allocations in achieving optimal use of the primary spectrum. |
| ICACT20260205 Slide.08
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A thorough analysis of primary frequency band usage profiles, as described by specific spatial analyses, reveals a persistent underutilization across all primary bands. This observation confirms the inefficiency of static allocations in achieving optimal use of the primary spectrum. |
| ICACT20260205 Slide.09
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A thorough analysis of primary frequency band usage profiles, as described by specific spatial analyses, reveals a persistent underutilization across all primary bands. This observation confirms the inefficiency of static allocations in achieving optimal use of the primary spectrum. |
| ICACT20260205 Slide.10
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A thorough examination of primary spectrum utilization patterns reveals persistent underutilization trends across all primary bands, reinforcing the observation that static allocations are inefficient for primary spectrum use. |
| ICACT20260205 Slide.11
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A thorough examination of primary spectrum utilization patterns reveals persistent underutilization trends across all primary bands, reinforcing the observation that static allocations are inefficient for primary spectrum use. |
| ICACT20260205 Slide.12
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A thorough examination of primary spectrum utilization patterns reveals persistent underutilization trends across all primary bands, reinforcing the observation that static allocations are inefficient for primary spectrum use. |
| ICACT20260205 Slide.13
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A thorough examination of primary spectrum utilization patterns reveals persistent underutilization trends across all primary bands, reinforcing the observation that static allocations are inefficient for primary spectrum use. |
| ICACT20260205 Slide.14
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A thorough examination of primary spectrum utilization patterns reveals persistent underutilization trends across all primary bands, reinforcing the observation that static allocations are inefficient for primary spectrum use. |
| ICACT20260205 Slide.15
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A thorough examination of primary spectrum utilization patterns reveals persistent underutilization trends across all primary bands, reinforcing the observation that static allocations are inefficient for primary spectrum use. |
| ICACT20260205 Slide.16
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A thorough examination of primary spectrum utilization patterns reveals persistent underutilization trends across all primary bands, reinforcing the observation that static allocations are inefficient for primary spectrum use. |
| ICACT20260205 Slide.17
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Our tripartite framework addresses the diverse stakeholder needs and institutional contexts across West Africa through three complementary operational models designed to transition from static to dynamic spectrum management. |
| ICACT20260205 Slide.18
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Our tripartite framework addresses the diverse stakeholder needs and institutional contexts across West Africa through three complementary operational models designed to transition from static to dynamic spectrum management. |
| ICACT20260205 Slide.19
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Our tripartite framework addresses the diverse stakeholder needs and institutional contexts across West Africa through three complementary operational models designed to transition from static to dynamic spectrum management. |
| ICACT20260205 Slide.20
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Our tripartite framework addresses the diverse stakeholder needs and institutional contexts across West Africa through three complementary operational models designed to transition from static to dynamic spectrum management. |
| ICACT20260205 Slide.21
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Our tripartite framework addresses the diverse stakeholder needs and institutional contexts across West Africa through three complementary operational models designed to transition from static to dynamic spectrum management. |
| ICACT20260205 Slide.22
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Our tripartite framework addresses the diverse stakeholder needs and institutional contexts across West Africa through three complementary operational models designed to transition from static to dynamic spectrum management. |
| ICACT20260205 Slide.23
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Our tripartite framework addresses the diverse stakeholder needs and institutional contexts across West Africa through three complementary operational models designed to transition from static to dynamic spectrum management. |
| ICACT20260205 Slide.24
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To implement this mechanism for switching from static to dynamic spectrum management, certain rules will need to be put in place, such as: |
| ICACT20260205 Slide.25
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To implement this mechanism for switching from static to dynamic spectrum management, certain rules will need to be put in place, such as: |
| ICACT20260205 Slide.26
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To implement this mechanism for switching from static to dynamic spectrum management, certain rules will need to be put in place, such as: |
| ICACT20260205 Slide.27
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To arrive at a satisfactory solution, it is wise to study all existing problems and design a very broad solution, namely:
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| ICACT20260205 Slide.28
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To arrive at a satisfactory solution, it is wise to study all existing problems and design a very broad solution, namely:
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| ICACT20260205 Slide.29
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To arrive at a satisfactory solution, it is wise to study all existing problems and design a very broad solution, namely:
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| ICACT20260205 Slide.30
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To arrive at a satisfactory solution, it is wise to study all existing problems and design a very broad solution, namely:
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| ICACT20260205 Slide.31
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To arrive at a satisfactory solution, it is wise to study all existing problems and design a very broad solution, namely:
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| ICACT20260205 Slide.32
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To arrive at a satisfactory solution, it is wise to study all existing problems and design a very broad solution, namely:
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| ICACT20260205 Slide.33
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In conclusion, I would say: The objective of this study was to bridge the significant gap between the technical feasibility of dynamic spectrum sharing and its actual political implementation within the rapidly expanding 6G ecosystem in West Africa. The results of this comprehensive study demonstrate how the current use of frequency bands represents a considerable loss of economic opportunity. Several approaches are proposed to achieve significantly higher levels of efficiency than those currently available.
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| ICACT20260205 Slide.34
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Thank you! |
