Difference between revisions of "Category:MISC-AN-TN"
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Technical notes are a relevant part of DAVE Embedded System' technical documentation. With these documents it is possible to have a deep overview around what is possible to realize with DAVE Embedded Systems' solutions. The technical Notes cover the most important topics like: | Technical notes are a relevant part of DAVE Embedded System' technical documentation. With these documents it is possible to have a deep overview around what is possible to realize with DAVE Embedded Systems' solutions. The technical Notes cover the most important topics like: | ||
| − | + | * Embedded Linux | |
| − | Embedded Linux | + | * Embedded Drivers |
| − | + | * Reat Time OS | |
| − | Embedded Drivers | + | * IoT on Edge |
| − | + | * Cloud integration of embedded systems | |
| − | Reat Time OS | + | * Cloud Computing |
| − | + | * Machine Learning | |
| − | IoT on Edge | ||
| − | |||
| − | Cloud integration of embedded systems | ||
| − | |||
| − | Cloud Computing | ||
| − | |||
| − | Machine Learning | ||
Latest revision as of 16:31, 3 February 2020
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Technical notes are a relevant part of DAVE Embedded System' technical documentation. With these documents it is possible to have a deep overview around what is possible to realize with DAVE Embedded Systems' solutions. The technical Notes cover the most important topics like:
- Embedded Linux
- Embedded Drivers
- Reat Time OS
- IoT on Edge
- Cloud integration of embedded systems
- Cloud Computing
- Machine Learning
Pages in category "MISC-AN-TN"
The following 31 pages are in this category, out of 31 total.
M
- MISC-TN-001: Triple video output on i.MX6 DualPlus-based Android platform
- MISC-TN-002: The scalability of the Axel family: a real-world example
- MISC-TN-003: Asymmetric multiprocessing on NXP i.MX6SoloX
- MISC-TN-004: Running Debian (armbian) on SBCSPG
- MISC-TN-005: Running AWS Greengrass Core on SBCSPG
- MISC-TN-006: Implementing a full Industrial IoT system with SBCSPG, Eclipse Kura™, and Eclipse Kapua™
- MISC-TN-007: Using Node-RED on SBCSPG to develop zero code applications
- MISC-TN-008: Running Debian Buster (armbian) on Mito8M
- MISC-TN-009: Characterizing the RAM bandwidth of Mito8M SoM
- MISC-TN-010: Using NXP eIQ Machine Learning Development Environment with Mito8M SoM
- MISC-TN-011: Running an Azure-generated TensorFlow Lite model on Mito8M SoM using NXP eIQ
- MISC-TN-012: Secure over-the-air (OTA) software update of IoT gateway fleet
- MISC-TN-013: Enabling node.js and electron.js for creating Javascript applications
- MISC-TN-014: Yocto and Debian packetization
- MISC-TN-015: Proof-of-Concept of an industrial, high-frame-rate video recording/streaming system
- MISC-TN-015: Yocto and git protocol error
- MISC-TN-016: Visual Studio Code and SSH remote development on Mito8M SoM
- MISC-TN-017: Persistent storage and read-write file systems
- MISC-TN-018: Visual Studio Code and SSH remote development on SBCSPG Industrial IoT Gateway
- MISC-TN-019: Post-portem analysis of embedded Linux systems — Part 1
- MISC-TN-020: Running AWS IoT Greengrass Core version 2 on SBCSPG
- MISC-TN-021: SBCSPG and ThingsBoard IoT
- MISC-TN-022: Advanced controller for DMX / RDM lighting applications
- MISC-TN-023: Altium Designer-based workflow
- MISC-TN-024: Automated test equipment (ATE) monitoring with SBCSPG gateway and ThingsBoard IoT platform
- MISC-TN-025: Running Phoronix Test Suite on SBCSPG IIoT gateway
- MISC-TN-026: Automated test equipment (ATE) monitoring with SBCSPG gateway, ThingsBoard IoT, and Fledge
- MISC-TN-027 — Qualifying a product for industrial, harsh environments: resilience against power supply anomalies
- MISC-TN-028: GitLab-based workflow
- MISC-TN-029 — A monitoring system for IoT devices with Glances, InfluxDB, and Grafana
- MITO8M-AN-001: Advanced multicore debugging, tracing, and energy profiling with Lauterbach TRACE32
