Leveraging the Power of C++ for Efficient Machine Learning on Embedded Devices
can apply filters to detect: ◮ Edges ◮ Shapes ◮ Objects 14 / 50Software dependencies ◮ TensorFlow Lite ◮ OpenCV 16 / 50MobileNet pre-trained model ◮ CNN architecture created by Google ◮ Trained on 1000 consumption with 4 threads: 93MB 31 / 50Comparision with Python Comparision made with TensorFlow Lite’s label image.py C++ Python Running duration (s) 1 7 Number of threads Inference duration (ms) embedded-ml 48 / 50Resources ◮ https://github.com/tensorflow/tensorflow/tree/ master/tensorflow/lite/examples/python ◮ https://kaggle.com/datasets/sanikamal/ rock-paper-scissors-dataset ◮ https://storage0 码力 | 51 页 | 1.78 MB | 5 月前3Back to Basics: C++ Templates - Part 1
com/genprog.pdf [2] MOENE M., “span lite A singlefile headeronly version of a C++20like span for C++98, C++11 and later”. https://github.com/martinmoene/spanlite Images: 33: Franziska Panter Andreas0 码力 | 17 页 | 817.47 KB | 5 月前3Common Package Specification (CPS) in Practice: A Full Round Trip Implementation in Conan C++ Package Manager
openssl::openssl)Proposal: CPS location files { "tensorflow-lite": "/path/to/cps/tensorflow-lite.cps", "abseil": "/path/to/cps/abseil.cps", "farmhash": "/path/to/cps/farmhash0 码力 | 66 页 | 1.76 MB | 5 月前3Spring Framwork Core Technologies v5.3.36 SNAPSHOT
@Configuration vs “lite” @Bean mode? When @Bean methods are declared within classes that are not annotated with @Configuration, they are referred to as being processed in a “lite” mode. Bean methods methods declared in a @Component or even in a plain old class are considered to be “lite”, with a different primary purpose of the containing class and a @Bean method being a sort of bonus there. For example scenarios, @Bean methods are a general-purpose factory method mechanism. Unlike full @Configuration, lite @Bean methods cannot declare inter-bean dependencies. Instead, they operate on their containing component’s0 码力 | 485 页 | 6.31 MB | 1 年前3PyConChina2022-深圳-Python赋能智慧物流-康昊
Bidirectional A* Lifelong Planning A* Learning Real-time A* Jump Point Search A* Dynamic A* D* Lite F = g + h h:传统启发函数+额外代价 Python赋能智慧物流 2-系统/模型实现 · 增强系统鲁棒性 - 准确的抛出异常,快速处理 - 引入状态机,在稳定状态中判断 -0 码力 | 22 页 | 3.81 MB | 1 年前35 Python深度学习实践
Config Metadata Store Training + Eval Data TensorFlow Serving TensorFlow Hub TensorFlow Lite TensorFlow JS 5. Pipeline Kubeflow Runtime Airflow Runtime 6. 协作 Takeaways • 在不同设备上执行训练 •0 码力 | 38 页 | 4.85 MB | 1 年前3夏歌-使用Rust构建LLM应用
TITLE 我们能不能直接用 Rust • 训练 • 推理 • AI 应用相关的工具 • WASI-NN spec • WasmEdge 已经支持 Pytorch 、 TensorFlow Lite • WASI-NN 2.0 比如 Langchain Rewrite it in Rust • 笨重 • 资源占用多 • 大部分时间是在等待 • 轻量级 • 资源占用量小 • 节省大量计算资源0 码力 | 36 页 | 38.31 MB | 1 年前3Code Analysis++
Sweeney](https://twitter.com/TimSweeneyEpic/status/1409028887279984640) 4. [2021 Annual C++ Developer Survey "Lite"](https://isocpp.org/files/papers/CppDevSurvey-2021-04- summary.pdf) 5. [Lifetime safety: Preventing0 码力 | 61 页 | 2.70 MB | 5 月前3Cetting Started with C++
development environments (IDEs) or editors do you use for C++ development?” 2023 ISO C++ Developer Survey “Lite” *data shown is for “primary” IDEs/editors 37% 25% 11% 8% Visual Studio Visual Studio Code0 码力 | 95 页 | 4.71 MB | 5 月前3Spring Framework 3.2.0 Changelog
(SPR-8728) * fix regression in ClassPathResource descriptions (SPR-9413) * improve documentation of @Bean 'lite' mode (SPR-9401) * improve documentation of annotated class support in the TestContext framework0 码力 | 28 页 | 80.40 KB | 1 年前3
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LeveragingthePowerofC++forEfficientMachineLearningonEmbeddedDevicesBacktoBasicsTemplatesPartCommonPackageSpecificationCPSinPracticeFullRoundTripImplementationConanManagerSpringFramworkCoreTechnologiesv53.36SNAPSHOTPyConChina2022深圳Python赋能智慧物流康昊深度学习实践夏歌使用Rust构建LLM应用CodeAnalysis++CettingStartedwithFramework3.2Changelog