Architectural technical debt (ATD) may be incurred when making architecture decisions. In most cases, ATD is not effectively managed in the architecting process: It is not made explicit, and architecture decision making does not consider the ATD incurred by the different design options. This chapter proposes a conceptual model of ATD and an architectural technical debt management process applying this ATD conceptual model in order to facilitate decision making in a value-oriented perspective of architecting. We also demonstrate how ATD management can be employed in architectural synthesis and evaluation in a case study. The contribution of this work provides a controllable and predictable balance between the value and cost of architecture d...
In the field of software architecture (SA), there has been a paradigm shift from describing the out-...
Context A known problem in large software companies is to balance the prioritization of short-term w...
Architectural technical debt in a software-intensive system is driven by design decisions about its ...
Technical debt (TD) has attracted an increasing interest from researchers and practitioners in the s...
Architectural technical debt (ATD) in a software-intensive system is the sum of all design choices t...
Architectural technical debt (ATD) is mainly incurred by architecture decisions that intentionally o...
Abstract1 —Architectural technical debt (ATD) is incurred by design decisions that intentionally or ...
Architectural technical debt (ATD) is incurred by design decisions that intentionally or unintention...
Large Software Companies need to support the continuous and fast delivery of customer value in both ...
In software-intensive systems, technical debt is a metaphor encompassing design and implementation c...
Architectural technical debt (ATD) describes the consequences of intentionally or unintentionally ma...
Architectural Technical Debt is regarded as sub-optimal architectural solutions that need to be refa...
Context: During software development, some architectural design decisions incur technical debt, eith...
Fast software deliveries are hindered by high maintenance efforts due to internal quality issu...
Architectural technical debt is a metaphor used to describe sub-optimal architectural design and imp...
In the field of software architecture (SA), there has been a paradigm shift from describing the out-...
Context A known problem in large software companies is to balance the prioritization of short-term w...
Architectural technical debt in a software-intensive system is driven by design decisions about its ...
Technical debt (TD) has attracted an increasing interest from researchers and practitioners in the s...
Architectural technical debt (ATD) in a software-intensive system is the sum of all design choices t...
Architectural technical debt (ATD) is mainly incurred by architecture decisions that intentionally o...
Abstract1 —Architectural technical debt (ATD) is incurred by design decisions that intentionally or ...
Architectural technical debt (ATD) is incurred by design decisions that intentionally or unintention...
Large Software Companies need to support the continuous and fast delivery of customer value in both ...
In software-intensive systems, technical debt is a metaphor encompassing design and implementation c...
Architectural technical debt (ATD) describes the consequences of intentionally or unintentionally ma...
Architectural Technical Debt is regarded as sub-optimal architectural solutions that need to be refa...
Context: During software development, some architectural design decisions incur technical debt, eith...
Fast software deliveries are hindered by high maintenance efforts due to internal quality issu...
Architectural technical debt is a metaphor used to describe sub-optimal architectural design and imp...
In the field of software architecture (SA), there has been a paradigm shift from describing the out-...
Context A known problem in large software companies is to balance the prioritization of short-term w...
Architectural technical debt in a software-intensive system is driven by design decisions about its ...