I am in need of someone with EXCELLENT knowledge in Amazon Web Services in the field of streaming. CloudFront, Elastic Encoder, S3 and others application of AWS for streaming and reporting. I would like to setup a live and ondemand streaming, and currently have a account. I need successful individual to look over current setup, make recommendations, or changes as required. Must understand FULLY and know how to setup fast, accurate, and reliable. PLEASE do not reply if you are only a intermediate at this. I would entertain an ongoing relationship to maintain the system and make sure all is running as it should on AWS.
I am in need of someone with EXCELLENT knowledge in Amazon Web Services in the field of streaming. CloudFront, Elastic Encoder, S3 and others application of AWS for streaming and reporting. I would like to setup a live and ondemand streaming, and currently have a account. I need successful individual to look over current setup, make recommendations, or changes as required. Must understand FULLY and know how to setup fast, accurate, and reliable. PLEASE do not reply if you are only a intermediate at this. I would entertain an ongoing relationship to maintain the system and make sure all is running as it should on AWS.
any documents that need data entry or data encoder..also microsoft word or excel work...or example insurance contract or old books that need to re encode..
...Log + Watching Log Subscriber Database Management + Add Subscriber + Delete Subscriber + Modify Subscriber + Subscriber group + for allowed channels + Subscriber Information + Basic Information for video watching + More Information for personal data OS ** + Linux (+ Windows) Supported Input devices or protocols: ************************************* + DVB Streamer like IPS-01 + DVB Software Streamer like dvblast + Encoder Device like AVN200 Encoder, CBS-D-E1_HD MPEG4/H.264 Encoder + Software Encoder like VLC + Hybrid Satellite Receiver like Dreambox, Vu Ultimo + Digital / Analog PCI Device like Conexant 2388x Analog PCI card, Technotrend DVB PCI card + RTMP Protocol + RTSP Protocol + HTTP Protocol + UDP Protoco...
Encoder: 1. Input: A file and parameters for your compression algorithm if applicable. 2. Output: A file which is the compressed version of the input file. 3. Readme and Makefile for encoder. Decoder: 1. Input: The compressed file generated by the encoder. 2. Output: A file which should be the same as the original file compressed by the encoder. 3. Readme and Makefile for decoder. Testing: 1. Use five different types of files (The size of each file should be at least 1MB.) to test your encoder and decoder. Provide one script file for encoding the five files and one script file for decoding the five compressed files. 2. Use one of other popular compression tools, winzip, to compress the five files. 3. Create an Excel figure to compare co...
[35] Encoder: 1. Input: A file and parameters for your compression algorithm if applicable. 2. Output: A file which is the compressed version of the input file. 3. Readme and Makefile for encoder. [35] Decoder: 1. Input: The compressed file generated by the encoder. 2. Output: A file which should be the same as the original file compressed by the encoder. 3. Readme and Makefile for decoder. [20] Testing: 1. Use five different types of files (The size of each file should be at least 1MB.) to test your encoder and decoder. Provide one script file for encoding the five files and one script file for decoding the five compressed files. 2. Use one of other popular compression tools, winzip, to compress the five files. 3. Create an Excel figure to c...
Encoder: 1. Input: A file and parameters for your compression algorithm if applicable. 2. Output: A file which is the compressed version of the input file. 3. Readme and Makefile for encoder. [35] Decoder: 1. Input: The compressed file generated by the encoder. 2. Output: A file which should be the same as the original file compressed by the encoder. 3. Readme and Makefile for decoder. [20] Testing: 1. Use five different types of files (The size of each file should be at least 1MB.) to test your encoder and decoder. Provide one script file for encoding the five files and one script file for decoding the five compressed files. 2. Use one of other popular compression tools, winzip, to compress the five files. 3. Create an Excel figure to compare ...
[35] Encoder: 1. Input: A file and parameters for your compression algorithm if applicable. 2. Output: A file which is the compressed version of the input file. 3. Readme and Makefile for encoder. [35] Decoder: 1. Input: The compressed file generated by the encoder. 2. Output: A file which should be the same as the original file compressed by the encoder. 3. Readme and Makefile for decoder. [20] Testing: 1. Use five different types of files (The size of each file should be at least 1MB.) to test your encoder and decoder. Provide one script file for encoding the five files and one script file for decoding the five compressed files. 2. Use one of other popular compression tools, winzip, to compress the five files. 3. Create an Excel figure to com...
Encoder: 1. Input: A file and parameters for your compression algorithm if applicable. 2. Output: A file which is the compressed version of the input file. 3. Readme and Makefile for encoder. Decoder: 1. Input: The compressed file generated by the encoder. 2. Output: A file which should be the same as the original file compressed by the encoder. 3. Readme and Makefile for decoder. Testing: 1. Use five different types of files (The size of each file should be at least 1MB.) to test your encoder and decoder. Provide one script file for encoding the five files and one script file for decoding the five compressed files. 2. Use one of other popular compression tools, winzip, to compress the five files. 3. Create an Excel figure to compare compres...
Encoder: 1. Input: A file and parameters for your compression algorithm if applicable. 2. Output: A file which is the compressed version of the input file. 3. Readme and Makefile for encoder. [35] Decoder: 1. Input: The compressed file generated by the encoder. 2. Output: A file which should be the same as the original file compressed by the encoder. 3. Readme and Makefile for decoder. [20] Testing: 1. Use five different types of files (The size of each file should be at least 1MB.) to test your encoder and decoder. Provide one script file for encoding the five files and one script file for decoding the five compressed files. 2. Use one of other popular compression tools, winzip, to compress the five files. 3. Create an Excel figure to...
Encoder: 1. Input: A file and parameters for your compression algorithm if applicable. 2. Output: A file which is the compressed version of the input file. 3. Readme and Makefile for encoder. Decoder: 1. Input: The compressed file generated by the encoder. 2. Output: A file which should be the same as the original file compressed by the encoder. 3. Readme and Makefile for decoder. Testing: 1. Use five different types of files (The size of each file should be at least 1MB.) to test your encoder and decoder. Provide one script file for encoding the five files and one script file for decoding the five compressed files. 2. Use one of other popular compression tools, winzip, to compress the five files. 3. Create an Excel figure to compare compress...
Encoder: 1. Input: A file and parameters for your compression algorithm if applicable. 2. Output: A file which is the compressed version of the input file. 3. Readme and Makefile for encoder. [35] Decoder: 1. Input: The compressed file generated by the encoder. 2. Output: A file which should be the same as the original file compressed by the encoder. 3. Readme and Makefile for decoder. [20] Testing: 1. Use five different types of files (The size of each file should be at least 1MB.) to test your encoder and decoder. Provide one script file for encoding the five files and one script file for decoding the five compressed files. 2. Use one of other popular compression tools, winzip, to compress the five files. 3. Create an Excel figure to compa...
Encoder: Input: A file and parameters for your compression algorithm if applicable. Output: A file which is the compressed version of the input file. Readme and Makefile for encoder. Decoder: Input: The compressed file generated by the encoder. Output: A file which should be the same as the original file compressed by the encoder. Readme and Makefile for decoder.
Encoder: 1. Input: A file and parameters for your compression algorithm if applicable. 2. Output: A file which is the compressed version of the input file. 3. Readme and Makefile for encoder. [35] Decoder: 1. Input: The compressed file generated by the encoder. 2. Output: A file which should be the same as the original file compressed by the encoder. 3. Readme and Makefile for decoder. [20] Testing: 1. Use five different types of files (The size of each file should be at least 1MB.) to test your encoder and decoder. Provide one script file for encoding the five files and one script file for decoding the five compressed files. 2. Use one of other popular compression tools, winzip, to compress the five files. 3. Create an Excel figure to compare compressio...
1. Input: A file and parameters for your compression algorithm if applicable. 2. Output: A file which is the compressed version of the input file. 3. Readme and Makefile for encode Decoder: 1. Input: The compressed file generated by the encoder. 2. Output: A file which should be the same as the original file compressed by the encoder. 3. Readme and Makefile for decoder. Testing: 1. Use five different types of files (The size of each file should be at least 1MB.) to test your encoder and decoder. Provide one script file for encoding the five files and one script file for decoding the five compressed files. 2. Use one of other popular compression tools, winzip, to compress the five files. 3. Create an Excel figure to compare compression ratios of 1 and 2. 4....
I need to get my product designed in SolidWorks, It is a university Coursework, module is called, "Product Design & Innovation", I need a video of work getting done (using microsoft expression encoder-4, or any other), as I will have to redo it in university computer.
...project detailed below is coding an easy to use interface that will display and log count data from our sensor direct into a spreadsheet or .csv file. We have also added additional requirements to the software to add a tachometer so that it is capable of displaying speed measurements from the same sensor inputs. This additional functionality will allow us to offer the finished software for a wider range of applications. The hardware interface to the sensor has been determined and proven using a Phidgets USB Encoder and their sample software. The contract to be filled is to develop a custom interface that can scale the data from the sensor and display it on a computer interface as well as exporting count data and additional fields. Code examples for int...
Encoder: 1. Input: A file and parameters for your compression algorithm if applicable. 2. Output: A file which is the compressed version of the input file. 3. Readme and Makefile for encoder. Decoder: 1. Input: The compressed file generated by the encoder. 2. Output: A file which should be the same as the original file compressed by the encoder. 3. Readme and Makefile for decoder. Testing: 1. Use five different types of files (The size of each file should be at least 1MB.) to test your encoder and decoder. Provide one script file for encoding the five files and one script file for decoding the five compressed files. 2. Use one of other popular compression tools, winzip, to compress the five files. 3. Create an Excel figure to compare compr...
paper works, data encoder, documentation, filing, typing clerk
Data Encoder and Computer literature and skill in MS world ,PowerPoint, Excel,Word
I'm a newbie here and I'm looking for a serious home based job. I'm an encoder, and I can also create a PowerPoint presentation for your school project, thesis, or your assignments.
I am currently looking for someone who can help and assist me. Preferably a Filipino...assist me. Preferably a Filipino and would like to do micro jobs. You will be doing mostly web research and data entry works. Only apply if you have the following qualifications listed below: - Must be an internet savvy, detail-oriented and reliable. - Can understand instructions and can work independently. - Knowledgeable with Microsoft and Google Office tools (particularly with MS Excel and Google Spreadsheet). - Knowledge with the use of Content Management Systems like Wordpress is a plus. - Fluent/Conversational with English language. - Has his/her own internet connection and personal computer at home since most of jobs will require you to visit different website for data colle...
I need a simple linux based WEB GUI to control encodingtranscoding of live streamsfiles by FFMPEG. I want a GUI interface for FFmpeg to make it as simple as possible for a live video transcoding. Solutions should have simple installation to any server or PC. Every minute screenshot to monitor the status of encoding/transcoding. Sending mails for any alerts. It must add as many channels as I want and to modify and to remove. It must auto start when system boots. And all the commands must be saved to a file or DB to save it in case of OS crash (ie ). There should be watchdogs to keep encodin/transcoding in progress without any interruptions. Need to have possibility to have several inputs for transcofing redunduncy. Need to allow to add several servers for use as one managing pla...
I need a simple linux based WEB GUI to control encodingtranscoding of live streamsfiles by FFMPEG. I want a GUI interface for FFmpeg to make it as simple as possible for a live video transcoding. Solutions should have simple installation to any server or PC. Every minute screenshot to monitor the status of encoding/transcoding. Sending mails for any alerts. It must add as many channels as I want and to modify and to remove. It must auto start when system boots. And all the commands must be saved to a file or DB to save it in case of OS crash (ie ). There should be watchdogs to keep encodin/transcoding in progress without any interruptions. Need to have possibility to have several inputs for transcofing redunduncy. Need to allow to add several servers for use as one managing pla...
Write a snip it of VBA code to examine bit status in a 32 bit word example we have a 32 bit binary word, lets call it y left to right bit 31 to bit 0 we have 32 bit word called encoder we have a 32 bit word called V If encoder > 18136 THEN If encoder < 18376 THEN If Bit 0 = 1 ' so the issue is a routine to examine bit 0 of word y to see if it is = 1 or = to 0 V = 1000 END IF END IF END IF If encoder > 18376 THEN If encoder < 18616 THEN If Bit 1 = 1 ' so the issue is a routine to examine bit 1 of word y to see if it is = 1 or = to 0 V = 1000 END IF END IF END IF
I would like to make a software company that builds Netflix like websites for Russian content providers. The main focus would be security. The service should also have the following features: - Customer content uploading using online encoder - Customer admin website
Using Image processing toolbox (simulink)design block to do High Efficiency Video Coding (HEVC) just consider stable image (Not dynamic image). simply, input an image then do HEVC encoder to output the image. I want the source file (Matlab file) and word file with explanation of the work. Explanation: First you study HEVC & JCTVC encoder then implement image encoder using HEVC & JCTVC in Image processing toolbox as block wise block I want the source file (Matlab file) and word file with explanation of the work.
Using Image processing toolbox (simulink)design block to do High Efficiency Video Coding (HEVC) just consider stable image (Not dynamic image). simply, input an image then do HEVC encoder to output the image. I want the source file (Matlab file) and word file with explanation of the work. Explanation: First you study HEVC & JCTVC encoder then implement image encoder using HEVC & JCTVC in Image processing toolbox as block wise block I want the source file (Matlab file) and word file with explanation of the work.
I m using dc motor with encoder. i want to control pololu jrk module with arduino wireless i need to set dc motor start and end points and 4 predefined positions between end points. (set from transmitter) There need to be incremental encoder on transmiiter there will be transmitter and reciever. i need the code for Arduino
Hi ! I'm a experienced Medical Biller and Encoder, I'm an knowledgeable in MS Word, Excel, Powerpoint and Access. I can also do Web Searching. I am looking for Data Entry, Copy Typing, Chat Support, PDF to MS Word, Web Searching.
I need a job that can help me with my financial situation, and also it will not affect my time with my family
I need a job that can help me with my financial situation, and also it will not affect my time with my family
data encoder for almost years in my previous work. can do paper works such as typist,
We are developing a video encoder system with multiple nodes that communicate. We are looking for a person with video encoder experience, Ruby, Linux, and Bash experience. We will be using Ruby for the core software. It is a linux based appliance using Ruby and Bash for the core software.
Using Image processing toolbox (simulink)design block to do JCTVC encoding. just consider stable image (Not dynamic image). simply, input an image then do JCTVC encoder to output the image based on the alogrithm that attached. basically, I attached C library file in which you have to implement it in Simulink Matlab I want the source file (Matlab file) and simulink file. also, word file with explanation of the work.
Using Image processing toolbox (simulink)design block to do High Efficiency Video Coding (HEVC) just consider stable image (Not dynamic image). simply, input an image then do HEVC encoder to output the image. I want the source file (Matlab file) and word file with explanation of the work. Explanation: First you study HEVC & JCTVC encoder then implement image encoder using HEVC & JCTVC in Image processing toolbox as block wise block I want the source file (Matlab file) and word file with explanation of the work.
