Cintal, Inc.’s Post

Basic Programming Concepts, Techniques and Best Practices • Data Types, Evaluations, and Basic Input-Output Operations • Flow Control: Loops, and Conditional Blocks • Data Collections: Lists, Tuples, and Dictionaries • Functions

CAN frame types: Subscribe my channel for more. https://lnkd.in/dGdNRGkU 1. Data Frame: - Main purpose: Used to send actual data from one node to another. - Components: - Identifier: Specifies the message's priority and content. - Data Payload: Carries the actual information being transmitted. - Control Bits: Include stuff bits and an acknowledgment slot. - Process: The sender initiates the transmission, and the receiver acknowledges the successful receipt. If acknowledgment isn't received, the sender assumes an error and retries. 2. Remote Frame (RTR Frame): - Main purpose: Requests data from another node without sending actual data. - Components: - Identifier: Identifies the requested data. - Process: The requester sends a remote frame with the desired identifier. The responder, upon receiving this, sends the corresponding data frame. 3. Error Frame: - Main purpose: Alerts the network about an error condition. - Components: - Error Flags: Indicate the type of error detected. - Process: When a node detects an error (e.g., bit stuffing, CRC mismatch), it sends an error frame. This alerts other nodes to the issue. 4. Overload Frame: - Main purpose: Notifies other nodes about bus overload conditions. - Components: - Overload Flag: Indicates an overload situation. - Process: If a node senses that the bus is overloaded, it can send an overload frame. This informs other nodes to delay their transmissions. 5. Interframe Space: - Main purpose: Provides time intervals between consecutive frames. - Components: None (time gap between frames). - Process: After completing the transmission of one frame, nodes wait in the interframe space before sending the next frame. This helps maintain synchronization and order. #can #frame #types #automotive #autonomousvehicles #autonomous #embeddedsystems #embeddedc #embeddedlinux #embeddedprogramming #developer #autosar #architecture #firmware #engineer #dailylearning

#Problem: Find the maximum sum of non-adjacent elements in an array. Step 1: Base Case If the array is empty, the result is 0. If the array has only one element, return that element. Step 2: Initialization Create an array dp to store intermediate results. Set dp[0] to the value of the first element in the array. Set dp[1] to the maximum value between the first two elements. Step 3: Dynamic Programming Loop For each element in the array starting from the third element:Calculate dp[i] as the maximum between:The sum of the current element and the value two steps back (dp[i-2] arr[i]). The value at the previous step (dp[i-1]). Step 4: Return Result The final result is the maximum value in the dp array, representing the maximum sum of non-adjacent elements. Time Complexity: O(n) - Linear time complexity, as it iterates through the array once. Space Complexity: O(n) - Additional space is used for the dp array.

Discover the Power of NI (National Instruments) Test Sequencing with VVDN Tools! Join us for an exciting live webinar on Feb 28th, 2024, from 04:00 PM to 05:00 PM IST, where we'll dive deep into NI TestStand. Learn how to craft robust automated test and validation systems and extend your system's capabilities with seamless integration of code modules from any programming language. Register now to secure your spot. #VVDNTools #NationalInstruments #AutomatedTesting #EmbeddedSystems #MachineLearning #ResearchAndDevelopment #EngineeringSolutions #MeasurementAndControl #ElectronicsTesting #SignalProcessing #SystemDesign

#datatypes : array and structure difference: PLC programming languages have limited support for data structures, mainly relying on arrays and structures (records) as the basic data types. #arrays are fixed-size collections of elements of the same data type, while #structures are fixed-size collections of elements of different data types.

https://qr.ae/py0x44 As a software engineer, what I didn’t get until it slapped me in the face was this: 90% of most software engineering is plumbing. It’s mostly about getting information from here to there, from this little bit of abstraction over to that little bit of abstraction. Sometimes you transform it in some simplistic way. Sometimes it goes between computers. But it’s mostly just making pipes for data to flow through. The 10% that’s left over is the beautiful, wonderful, challenging stuff. Where we create value out of our brilliance and imagination. Where lesser mortals gasp at our creativity and applaud our cleverness. The 10% is why we get out of bed in the morning. But mostly, we’re plumbers. Vineel Shah

Shameless plug of this ‘guard’ dog on National Pet Day! If your defence resources are a bit light (like my house) please do reach out for a chat about how we could add value to your existing PSL! We cover a range of disciplines within the security cleared world, listed below. I’m off to cuddle the dog! 🔒 Software Engineering 🔒 Systems Engineering 🔒 Management Consultancy 🔒 Manufacturing 🔒 Hardware Capabilties 🔒 Embedded Engineering 🔒 Project Services 🔒 Data Analysis

Simulating Traffic Lights and Investigating C and C# Applications

An easy way to understand whats wrong with monolithic code, specially the large legacy codebases. Here's an electrical engineering version of it.