Embedded Operating Systems for a Wireless Cellular Internet of Things (IoT) System

✅ Masters Thesis from the year 2️⃣0️⃣1️⃣7️⃣ in the subject Engineering 👨‍🔬 - Computer 💻️ Engineering 👨‍🔬, grade: 7️⃣.0️⃣, Vytautas Magnus University, course: M.Sc ELECTRONICS ENGINEERING 👨‍🔬, language: English 🏴󠁧󠁢󠁥󠁮󠁧󠁿, abstract: This thesis focusses on Embedded Operating Systems for a Wireless Cellular IoT System. Internet of Things (IoT) is a great chance for upcoming devices to be intelligent 🧠, more robust and ➕ efficient. This tremendous pathway has become available due to regular cost degradation of various separate systems and ➕ accessories like sensors, computing devices, communication methods, the ☁️ ➕ the cloud and the big 📐🐘 data paradigms. Connectivity is the base for IoT and ➕ the type of access ♿️ needed will focus on the nature of the application. Thus, the target 🎯 is now on Narrow Band IoT, which is a Low 🔅 Power Wide Area Network (LPWAN) radio 📻️ technology standard that has been 👨‍💻️ to contribute a wide range of devices ➕ services to be connected via cellular telecommunications bands.Accordingly, the thesis ⚙️ on ARM MBED OS, an embedded operating system, which is a platform as well as operating system for internet connected devices for 3️⃣2️⃣-bit ARM cortex-M microcontrollers which is needed for NB-IoT system. 🥇, MBED OS is designed ➕ implemented on ARM cortex -M prototyping system MPS2️⃣+ as a real-⏱️ operating system by bringing latest version of CMSIS-RTOS with RTX as kernel on Cortex-M4️⃣ as well as its successor Cortex-M3️⃣3️⃣ contained on MPS2️⃣+ hardware 🛹 to contribute a wide range of devices and services to be connected via cellular telecommunications bands.Accordingly, the thesis works on ARM MBED OS, an embedded operating system, which is a platform as well as operating system for internet connected devices for 32-bit ARM cortex-M microcontrollers which is needed for NB-IoT system. First, MBED OS is designed and implemented on ARM cortex -M prototyping system MPS2+ as a real-time operating system by bringing latest version of CMSIS-RTOS with RTX as kernel on Cortex-M4 as well as its successor Cortex-M33 contained on MPS2+ hardware board to examine different RTOS parameters such as m...

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