Diagram Examples from Real Visitor Prompts

Create a professional engineering block diagram for a low-cost, ESP32-based pothole detection and road condition mapping robot car. Include these components and connections: 1. A 4WD robot car with four DC motors, a motor driver and an ESP32 DevKit V1 for movement control. 2. An ESP32-CAM with an OV2640 camera to capture road images. 3. Wi-Fi communication from the ESP32-CAM to a laptop. 4. The laptop runs Python, OpenCV and a YOLO pothole detection model. 5. GPS coordinates are obtained from a smartphone or GPS module and associated with pothole detections. 6. Detected pothole information is stored in an SQLite database, including coordinates, detection confidence and severity estimate. 7. A Flask web dashboard with a map displays pothole locations and reports. 8. The laptop sends movement commands over Bluetooth to the ESP32 DevKit V1, which controls the motor driver and car movement. 9. Road image frames are deleted after processing, with no permanent image storage. Use clear rectangular blocks, directional arrows, labelled Wi-Fi and Bluetooth connections, a clean white background, professional blue and grey colours, readable text and a landscape layout suitable for a college engineering project report. Ensure every connection is technically accurate.

Create a formal BPMN 2.0 diagram for an electronic cashless payment process in an online marketplace. Use one pool with four separate swimlanes: Pelanggan, Marketplace, Penyedia Pembayaran Elektronik, and Penjual. Model the following process: 1. Start when the customer selects products and proceeds to checkout. 2. The customer selects a cashless payment method such as e-wallet, QRIS, or virtual account. 3. The marketplace creates an order with status "Menunggu Pembayaran" and sends a payment request to the payment provider. 4. The payment provider validates the request and processes the transaction. 5. Add an exclusive gateway labeled "Apakah Pembayaran Berhasil?". If YES: * The payment provider sends successful payment confirmation to the marketplace. * The marketplace changes the order status to "Dibayar". * The marketplace notifies the seller. * The seller accepts the order, prepares the goods, and ships them. * The customer receives the goods and the process ends. If NO: * The payment provider sends a failed payment notification to the marketplace. * The marketplace informs the customer that payment failed. * Add another exclusive gateway labeled "Apakah Pelanggan Ingin Mencoba Lagi?". If YES, return to the payment method selection step. If NO, the marketplace cancels the order or marks it as expired, then the process ends. Use proper BPMN 2.0 start and end events, task symbols, exclusive gateways, sequence flows, and message flows where appropriate. Make the diagram readable, with clearly separated swimlanes and labeled YES/NO branches. All labels inside the final diagram must be in Indonesian. Do not create a generic flowchart; generate a BPMN 2.0 process diagram.

An org chart for a small team with a manager, three engineers, and a designer

Explain the software engineering layered approach with a suitable diagram.

Design a flowchat for salesforce case creation , 1. Case creation sources - Email to case , user clicks on "Action Launcher" on Account Record Page , Experience site (Brokers and Customers)[ future scope ]

Design a flowchat for salesforce case creation , 1. Case creation sources - Email to case , user clicks on "Action Launcher" , Experience site (Brokers and Customers)[ future scope ]

Design a flowchat for salesforce case creation , 1. Case creation sources - Email to case , user clicks on "Action Launcher" , Experience site (Brokers and Customers)[ mention as future scope on top of the block]

Design a flowchat for salesforce case creation , 1. Case creation sources - Email to case , user clicks on "Action Launcher" , Experience site (Brokers and Customers)[future scope]

2.2.6 Sistem Berbasis Web dan Arsitektur Client-Server Sistem berbasis web diakses pengguna melalui peramban. Arsitektur client-server terdiri dari antarmuka pengguna (client), aplikasi web (application server) yang menjalankan logika sistem, dan basis data (database server) yang menyimpan data secara terpusat, sehingga data stok dapat disinkronkan setiap terjadi transaksi (Rohim & Indera, 2026). Rohim dan Indera (2026) membangun sistem inventori gudang perkebunan dengan bahasa pemrograman PHP dan framework CodeIgniter 3, antarmuka HTML, CSS, Bootstrap, dan JavaScript, basis data MySQL, serta XAMPP sebagai server lokal selama pengembangan. Kombinasi teknologi tersebut juga menjadi acuan penelitian ini. buat kan saya digram flownya

Persediaan merupakan aktiva perusahaan yang menempati posisi cukup penting, baik pada perusahaan dagang maupun manufaktur (Putri dkk., 2022, dalam Situmorang & Situmorang, 2023). Persediaan berfungsi memperlancar keperluan operasi sehingga kegiatan produksi dapat berjalan maksimal dan efisien, dan sebagai bagian dari aset lancar ia harus dikelola dengan tepat karena menimbulkan biaya yang besar (Situmorang & Situmorang, 2023). Pengelolaan persediaan mencakup perencanaan, yaitu jenis, lokasi, dan waktu pemenuhan kebutuhan, serta pengendalian, yaitu jumlah dan harga, tata letak, jadwal pemakaian, dan sistem pengeluaran persediaan (Situmorang & Situmorang, 2023). buat kan saya diagram flownya

No Peneliti (Tahun) Objek dan Metode Hasil Perbedaan dengan Penelitian Ini 1 Situmorang & Situmorang (2023) Edukasi pengeluaran fisik persediaan pupuk sistem FIFO di PT Kalimantan Hamparan Sawit; observasi, wawancara, dan edukasi selama 2 hari Persediaan pupuk harus diidentifikasi menurut jenis dan umur, disusun rapi dan dipisah per jenis; pengeluaran mengikuti FIFO; tata letak gudang perlu dibenahi Berupa kegiatan edukasi, belum membangun sistem informasi berbasis web 2 Prasetyaningrum & Setyawan (2023) Sistem ERP modul Inventory Management pada Kantor Perwakilan PT BGA Group; wawancara, pengamatan, studi pustaka; pengembangan Agile; pengujian Black Box 20 skenario pengujian seluruhnya sesuai; sistem mempercepat permintaan, pengiriman, dan pengembalian barang serta pembuatan daftar PO, surat jalan, dan laporan Berfokus pada alur permintaan dan pengiriman barang antara kebun dan kantor perwakilan, bukan perhitungan stok pupuk di gudang 3 Rohim & Indera (2026) Sistem informasi inventori berbasis web dengan pemantauan stok real-time pada gudang perkebunan kelapa sawit; Waterfall, UML, PHP (CodeIgniter 3), MySQL; pengujian Black Box 25 skenario berhasil 100%; stok diperbarui otomatis setelah transaksi; waktu pencatatan barang masuk turun dari 10 menit menjadi 3 menit; nilai usability rata-rata 4,44 dari skala 5 Mengelola barang gudang secara umum; belum dikhususkan pada pupuk, tanpa penerapan urutan pengeluaran FIFO buat kan saya diagram flownya

A three-generation pedigree chart for cystic fibrosis showing autosomal recessive inheritance, with two carrier parents and one affected child out of four

Draw 4-bit unsigned number comparator circuit, IEEE standard gate symbols, textbook style. Input A3 A2 A1 A0, B3 B2 B1 B0, output X. X = (B3 & !A3) | ((A3==B3)&B2&!A2) | ((A3==B3)&(A2==B2)&B1&!A1) | ((A3==B3)&(A2==B2)&(A1==B1)&B0&!A0) Use XOR gate to judge equal, NOT gate for inversion, AND gates, final OR gate for X.

Design a flowchat for salesforce case management , can we have it horizontal way in two lines split

Design a flowchat for salesforce case management , can we have it horizontal way

Design a flowchat for salesforce case management

reate a clean, professional System Architecture Flowchart for a college Cloud Computing mini-project called OurSpace – Cloud-Based Project Portfolio Website. The diagram should explain how the website works and how it is hosted on AWS Amplify. Flowchart sequence: User / Visitor – Opens the OurSpace website in a web browser. Web Browser – Sends an HTTPS request to access the website. AWS Amplify Hosting – Receives the request and serves the deployed website. Website Files – HTML provides the structure, CSS handles styling, and JavaScript provides interactive functionality. Website Interface – Displays the Home, About, Projects, Team, and Contact sections. User Interaction – Visitors browse project details and team information. Response to User – The website is displayed in the user's browser.

signal convs if 0 -> 1 then busy signal become 0 -> 1 it will wait for some time ~50us then it become low. once it will get 0 then CS signal goes 1->0. if CS0 -> the Data Line Have 16 bit of data. once read all CS will 0 -> 1. data will come only after CS will 1->0, if 0 ->1 no data. data is 16 bit. clk is 10Mhz

signal convs if 0 -> 1 then busy signal become 0 -> 1 it will wait for some time ~50us then it become low. once it will get 0 then CS signal goes 1->0. if CS0 -> the Data Line Have 16 bit of data. once read all CS will 0 -> 1. data will come only after CS will 1->0, if 0 ->1 no data. data is 16 bit

signal convs if 0 -> 1 then busy signal become 0 -> 1 it will wait for some time ~50us then it become low. once it will get 0 then CS signal goes 1->0. if CS0 -> the Data Line Have 16 bit of data. once read all CS will 0 -> 1. data will come only after CS will 1->0, if 0 ->1 no data

signal convs if 0 -> 1 then busy signal become 0 -> 1 it will wait for some time ~50us then it become low. once it will get 0 then CS signal goes 1->0. if CS0 -> the Data Line Have 16 bit of data. once read all CS will 0 -> 1

A breadboard wiring diagram using diac and reamining hardware for my exp Design and Testing of RC Phase Shift Oscillator using LM741 Op-Amp

A state diagram for an integration runner: created, queued, running, timed out, cancelled, success, error with transitions between

A timeline of the Apollo program's major milestones from 1961 to 1972, including key missions and the first moon landing