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--- report:soa [2026/09/08 18:10] – mads4engineering
+++ report:soa [2026/09/08 19:38] (current) – [Gap Analysis] mads4engineering
@@ Line 5: / Line 5: @@
 //Provide here an overview of the contents (structure) of this chapter.//
-==== Domain analysis====
-Application domain
+These are examples of citations to books [(Thapa2019)] and [(Obayashi2020)], a chapter on a smart companion [(Reis2020)], articles on IoT [(Hamza2023)], blimps [(Mahn2006)], cloud computing [(Llorente2009)], gas emissions [(Ranjith2020)], pedestrian crossing behaviour [(Sobhani2018)], smart bicycles [(Lee2018)] and diaper moisture [(Khan2018)], and to Web resources [(android41)], [(cloudexpo2008)] and [(gartner2021)].
-Current practices
+==== Domain Overview ====
-Existing challenges
-Opportunities for data-driven solutions
-These are examples of citations to books [(Thapa2019)] and [(Obayashi2020)], a chapter on a smart companion [(Reis2020)], articles on IoT [(Hamza2023)], blimps [(Mahn2006)], cloud computing [(Llorente2009)], gas emissions [(Ranjith2020)], pedestrian crossing behaviour [(Sobhani2018)], smart bicycles [(Lee2018)] and diaper moisture [(Khan2018)], and to Web resources [(android41)], [(cloudexpo2008)] and [(gartner2021)].
 ==== Existing Solutions====
@@ Line 25: / Line 18: @@
 Research prototypes
+//Compare selected solutions considering the requirements of your own solution//
+==== Relevant Technologies and Approaches ====
+Data sources and acquisition
-==== Data-Driven Approaches====
+Data analysis and modelling techniques
-Relevant data analysis techniques
-Machine learning and AI approaches (if applicable)
+Data visualisation techniques
-Data visualisation approaches
-Decision-support approaches
-//Compare selected solutions considering the requirements of your own solution//
-==== User Experiences and Interaction Design ====
+UI/UX approaches
-Existing user interfaces
+Development technologies
-User-centred design principles
+==== Gap Analysis ====
-Good practices and design patterns
+Summary of limitations of existing solutions
-==== Technology Analysis ====
+Identified opportunity
-Relevant architectures
-Frameworks
+Positioning of the proposed solution
-Tools and platforms
+==== Design Implications ====
 ==== Summary ====
 //Provide here the conclusions of this chapter and make the bridge to the next chapter.//
-Based on this study of the state of the art, the team decided to adopt the following <specify here the architecture, technique(s), material(s), component(s)> because <specify here the technical/scientific reasons>.
+What did the you learn from the state of the art and how did it influence the proposed solution?