License Plate Recognition Example with Raspberry Pi Camera @DataSlayerMedia

Uploaded November 2018 | Updated September 2026, 2 weeks ago

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- Raspberry Pi 5 👉 amzn.to/3SzmYiT
- Raspberry Pi Camera 👉 amzn.to/3u9ewh8

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This tutorial will demonstrate how ip cameras or Raspberry Pi with camera module can be used to both detect and transcribe license plates in video feeds. This particular implementation uses a license plate recognition software package called Open ALPR.

OpenALPR is a NVIDIA software company that develops license plate and vehicle recognition products. The OpenALPR software achieves state-of-the-art accuracy through the use of deep learning. OpenALPR products are used in a wide variety of applications, such as surveillance, parking enforcement, data entry, and supply chain automation. The company is based in Boston, MA and supports customers worldwide.

ALPR, ANPR, LPR, License Plate Recognition, Open Source, Free, License Plate, Number Plate

#computervision #raspberrypi #openalpr

Node.js Code Snippet
gist.github.com/tmoody/29801e036b70c7bbbcfdbe77294f8329

Open ALPR
openalpr.com

License Plate Recognition Example with Raspberry Pi Camera

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$I Mined Ethereum for 24 Hours on Google Cloud Platform Google insisted I stop... 🧠 Need expert help fast? Book a 1:1 session and get unstuck today 👉 https://bit.ly/42I10y5 🎥 NEW: Unlock members-only videos and behind-the-scenes drops 👉 https://bit.ly/4iyBm4I 🛠️ The exact tools and gear I trust (and actually use) 👉 https://amzn.to/44fKDv4 📚 Step-by-step setup guides, templates, and insider resources 👉 https://bit.ly/4ivZDID 🛒 Grab custom gear and tools designed by me 👉 https://etsy.me/4isKwjb 📩 For sponsorships or business inquiries, reach out: macgyvertechnology@gmail.com This video will show you how to set up an ethereum 2.0 node on a Linux Machine on Google Cloud Platform using Geth. An ethereum node can be used to validate transactions and mine ethereum as well as create private blockchains to develop web3 applications. Mining is the process of creating a block of transactions to be added to the Ethereum blockchain. Ethereum, like Bitcoin, currently uses a proof-of-work (PoW) consensus mechanism. Mining is the lifeblood of proof-of-work. Ethereum miners - computers running software - using their time and computation power to process transactions and produce blocks. A blockchain is a public database that is updated and shared across many computers in a network. Block refers to data and state being stored in consecutive groups known as blocks. If you send ETH to someone else, the transaction data needs to be added to a block to be successful. Chain refers to the fact that each block cryptographically references its parent. In other words, blocks get chained together. The data in a block cannot change without changing all subsequent blocks, which would require the consensus of the entire network. Every computer in the network must agree upon each new block and the chain as a whole. These computers are known as nodes. Nodes ensure everyone interacting with the blockchain has the same data. To accomplish this distributed agreement, blockchains need a consensus mechanism. Linux Commands https://gist.github.com/aioverlords/fd95b15e5b30acd0b5f5cf9032ba9a5d Commands Elevate to Root sudo su - Update Packages apt-get update Install Geth https://geth.ethereum.org/downloads/ wget file tar -xvf package_name Sync Node via Geth geth http miner.etherbase 0xA92f293fF7f639f9d604662d12eac76a103942DD datadir /ethereum-chain ipcdisable cache 3000 maxpeers 50 Create Directory for Chain Data mkdir ethereum-chian Run Geth JavaScript Console geth attach http://127.0.0.1:8545 Check Syncing Statuc eth.syncing Etherscan.io https://etherscan.io/ Check Progress with Geth JS Console var lastPercentage = 0; var lastBlocksToGo = 0; var timeInterval = 10000; setInterval(function () { var percentage = eth.syncing.currentBlock / eth.syncing.highestBlock * 100; var percentagePerTime = percentage - lastPercentage; var blocksToGo = eth.syncing.highestBlock - eth.syncing.currentBlock; var bps = (lastBlocksToGo - blocksToGo) / (timeInterval / 1000); var etas = 100 / percentagePerTime * (timeInterval / 1000); var etaM = parseInt(etas / 60, 10); console.log(parseInt(percentage, 10) + % ETA: + etaM + minutes @ + bps + bps); lastPercentage = percentage; lastBlocksToGo = blocksToGo; console.log(Remaining Blocks: + (eth.syncing.highestBlock - eth.syncing.currentBlock)); }, timeInterval); Show Chain Data cd /ethereum-data du -shc ./* Show System Utilization htop Show Disk Read/Write Activity apt-get install iotop iotop Run TMUX apt-get install tmux tmux Start Mining geth http miner.etherbase 0xA92f293fF7f639f9d604662d12eac76a103942DD datadir /mount-eth2/blockchain ipcdisable cache 30048 maxpeers 150 mine miner.threads=4 metrics Outline Intro 0:00 - 0:55 Ethereum Nodes 0:55 - 1:30 Syncing Methods 1:30 - 2:05 SSD 2:05 - 2:28 Create Virtual Machine 2:28 - 3:50 SSH Into VM 3:50 - 4:18 Install Geth 4:18 - 5:37 Sync Blockchain 5:37 - 7:26 Geth JS Console 7:26 - 9:55 Monitor Chain Data 9:55 - 10:58 Review System Utilization 10:58 - 11:34 Show Disk Activity 11:34 - 12:25 Run tmux 12:25 - 16:40 Start Miner 16:40 - 17:40 Open All Ports on Router 17:40 - 18:13 Review Billing on GCP 18:13 - 18:54 #ethereum #crypto$