## +23 ## Behavioral Modeling in HW/SW Co-design Using C++ Coroutines JEFFREY ERICKSON & SEBASTIAN SCHOENBERG cppcon 2023 ##### Behavioral Modeling in HW/SW Co-design using C++ coroutines Jeffrey Wait for RTL to be developed and run your code on a simulator or emulator - Use the transactional/behavioral/functional definition to model the HW using SW elements ## The Pace of RTL and C++ ■ Often there enabling language feature ■ To date, coroutines have been about execution and workloads In the modeling context, coroutines... • Provide syntactic sugar for things like state machines • Look more like

Cancer Modeling RUIBO ZHANG 20 24 September 15 - 20 ## Application of C++ in Cancer Modeling • The speaker (Ruibo) • University of Washington, department of applied mathematics • Cancer Modeling Group:

binary-compatible if interchanging them doesn't lead to loading or linkage errors — Behavioral: a change is said to be behavioral-incompatible if one and the same program demonstrates different behavior before across the platforms Issue: KT-21049 Component: kotlin-stdlib (JVM) Incompatible change type: Behavioral Short summary: since Kotlin 1.3, unify behavior of split method by empty match regex across all

does is organize the 23* presented patterns into three categories: ☐ Creational Structural ☐ Behavioral Design Patterns Elements of Reusable Object-Oriented Software Erich Gamma Richard Helm Ralph inheritance to compose interfaces and define objects in a way to create new functionality. ### 3. Behavioral ☐ Focuses on how to communicate between objects ## Creational [edit] Main article: Creational simplified intera • Flyweight reduces the cost of creat • Proxy provides a placeholder for an ## Behavioral Most of these design patterns are spec • Chain of responsibility delegates co • Command creates

technical-debt repository-mining End-to-end test for verbose change coupling results last year behavioral-code-analysis .gitignore Ignore repl port 8 years ago code-analysis-tool .map add the const* buf) = 0; ## Source code sharing Two stories of source code sharing - Simple ML guitar amp modeling (not production) - Can be converted to header only - Depends on eigen (we already use) -

state management • Stable interfaces with an emphasis on backwards-compatibility • Simple API modeling through centralized RESTful routing • Highly-optimized, extensible code base • Easy access to state management • Stable interfaces with an emphasis on backwards-compatibility • Simple API modeling through centralized RESTful routing • Highly-optimized, extensible code base • Easy access to matched. (default True) ## req_options A set of behavioral options related to incoming requests. (See also: RequestOptions) ## resp_options A set of behavioral options related to outgoing responses. (See

The library is based on the "Your Server as a Function" paper from Twitter and represents modeling both HTTP servers and clients as simple Kotlin functions that can be composed together. - Javalin a contract, document it explicitly. The following code is a simplified example from a graphical modeling area: class Vector2D(val x: Int, val y: Int) fun main() { val result = (1..20).map { Vector2D(it backward-compatible. There are at least three types of compatibility when talking about APIs: • Source • Behavioral • Binary Read more about compatibility types You can count versions of a library as source-compatible

is expected to be generated directly in the cloud. High-frequency, high-density, multi-scenario behavioral data create a natural "data flywheel" for model iteration. ## Complete Industry Ecosystem different aspects of work: - Developers, as the core technical group, remain focused on algorithm modeling, backend development, and foundational technology. - AI tool users concentrate on the application

state management • Stable interfaces with an emphasis on backwards-compatibility • Simple API modeling through centralized RESTful routing • Highly-optimized, extensible code base • Easy access to state management • Stable interfaces with an emphasis on backwards-compatibility • Simple API modeling through centralized RESTful routing • Highly-optimized, extensible code base • Easy access to matched. (default True) ## req_options A set of behavioral options related to incoming requests. (See also: RequestOptions) ## resp_options A set of behavioral options related to outgoing responses. (See

state management • Stable interfaces with an emphasis on backwards-compatibility • Simple API modeling through centralized RESTful routing • Highly-optimized, extensible code base • Easy access to state management • Stable interfaces with an emphasis on backwards-compatibility • Simple API modeling through centralized RESTful routing • Highly-optimized, extensible code base • Easy access to matched. (default True) ## req_options A set of behavioral options related to incoming requests. (See also: RequestOptions) ## resp_options A set of behavioral options related to outgoing responses. (See