Generated from prompt:
TGR-1E TELEMETRİ PROJESİ – CAN → Cloud uçtan uca sistem: profesyonel, akademik ve teknik bir sunum. Bölümler: 1) Başlık, 2) Motivasyon ve Problem Tanımı, 3) Literatür Analizi, 4) Mimarinin Kurulumu, 5) PC-First Prototip Mimarisi, 6) İş Paketleri ve Tamamlanan Çalışmalar, 7) Demo Sonuçları, 8) Kalan Çalışmalar (Downlink), 9) Yol Haritası, 10) Sonuç. Tema: modern, sade, teknik, mavi/yeşil tonlar, kısa net metinler, mühendislik sunumu tarzında.
This professional presentation outlines the TGR-1E telemetry project, covering motivation, literature review, architecture setup, PC-first prototype, completed work packages, demo results, remaining d
The slide is titled "TGR-1E Telemetri Projesi," presenting a project focused on telemetry systems. Its subtitle describes an end-to-end solution from CAN to the cloud.
CAN'den Cloud'a Uçtan Uca Sistem
This section header slide is titled "Gündem," which means "Agenda" in Turkish. It outlines the key topics to be covered, including motivation, literature, architecture, prototype, work packages, demo, remaining work, roadmap, and conclusion.
Motivasyon, Literatür, Mimari, Prototip, İş Paketleri, Demo, Kalan Çalışmalar, Yol Haritası, Sonuç
The slide outlines the motivation for addressing telemetry needs in the TGR-1E project, focusing on efficient CAN data transfer to the cloud. It highlights key challenges like real-time data loss during transmission, integration difficulties between CAN bus and cloud systems, and the necessity for a robust end-to-end solution to ensure reliable monitoring.
Source: TGR-1E Telemetri Projesi
The slide discusses existing CAN-Cloud systems, which utilize MQTT-based publish-subscribe models and industrial standards like OPC UA for transmitting CAN data to the cloud, with IEEE articles detailing their integration and performance in telemetry applications. It highlights key shortcomings such as limited real-time downlink support, complex system integration, and scalability issues, while introducing innovations from the TGR-1E project that address these gaps through an end-to-end CAN-Cloud architecture with integrated downlink and optimization.
| Mevcut CAN-Cloud Sistemleri | Eksiklikler ve Yenilikler |
|---|---|
| MQTT tabanlı yayın-abone modelleri ve OPC UA gibi endüstriyel standartlar, CAN verilerini buluta iletimde kullanılmaktadır. IEEE makalelerinde, bu sistemlerin telemetry uygulamalarındaki entegrasyonu ve performans analizleri detaylandırılmıştır. | Eksiklikler: Gerçek zamanlı downlink desteği sınırlı, sistem entegrasyonu karmaşık ve ölçeklenebilirlik sorunları mevcut. Yenilikler: TGR-1E projesi, uçtan uca CAN-Cloud mimarisi ile entegre downlink ve optimizasyon sunarak bu boşlukları gidermektedir. |
Source: IEEE, akademik makaleler
The slide titled "Mimarinin Kurulumu" outlines the setup process for a system architecture, focusing on CAN Bus connections, data collection steps, gateway installation, and protocol conversions. It also covers cloud integration with platforms like AWS or Azure for seamless data transfer.
Source: Internet of Things
The slide outlines a PC-first prototyping architecture focused on developing prototypes through PC-based software simulations. It emphasizes managing data flow from CAN to the cloud, emulating CAN interface integrations, optimizing tests via cloud integration, and establishing comprehensive testing environments.
The agenda slide titled "İş Paketleri ve Tamamlanan Çalışmalar" outlines key project packages and progress, noting that Package 1 (Design) has been successfully completed while Package 2 (Prototype) development is ongoing. It also highlights completed works, including the data collection module and initial integration, alongside general progress with partial end-to-end system architecture integration.
Proje tasarım fazı başarıyla tamamlandı.
Prototip geliştirme devam etmektedir.
Veri toplama modülü ve ilk entegrasyon başarıyla gerçekleştirildi.
Uçtan uca sistem mimarisi kısmen entegre edildi. Source: TGR-1E Telemetri Projesi
The "Demo Sonuçları" slide presents key performance statistics from a demo, highlighting a low data transmission latency of 100 ms for end-to-end system processing. It also reports a 95% success rate for packet transmission and real-time performance metrics integrated into the demo screen.
Uçtan uca sistem latency'si
Paket iletim başarı oranı
Demo ekranı entegrasyonu
The slide outlines remaining tasks for the Downlink module, focusing on developing functionality to transmit commands from the Cloud to CAN. It also covers system integration with end-to-end testing, verifying command reliability and latency, and creating and implementing a project timeline.
Source: TGR-1E Telemetri Projesi
The "Yol Haritası" timeline outlines a project roadmap spanning 2024, starting with prototype completion and basic testing in Q1. It progresses to downlink integration and compatibility in Q2, field performance tests in Q3, and initiating serial production and distribution preparations in Q4.
Q1 2024: Prototip Tamamlama Prototip geliştirme ve temel testlerin tamamlanması. Q2 2024: Downlink Entegrasyonu Downlink modülünün sisteme entegre edilmesi ve uyumluluk sağlanması. Q3 2024: Saha Testleri Gerçek saha koşullarında sistem performans testlerinin yapılması. Q4 2024: Üretim Başlatma Sistemin seri üretime geçirilmesi ve dağıtım hazırlıkları.
The slide concludes that the end-to-end system has been successfully prototyped, with potential future impacts revolutionizing industrial telemetry. It includes thanks to the audience and an invitation to contact for collaboration opportunities.
Uçtan uca sistem başarıyla prototiplendi. Gelecek etkiler: Endüstriyel telemetri devrimi. Teşekkürler.
İşbirliği fırsatları için iletişime geçin.
Source: TGR-1E Telemetri Projesi
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