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Measuring the I-V characteristic of a device using an Arduino
Measuring the I-V characteristic of a device using an Arduino

... There are many ways to measure the current-voltage characteristics of electrical devices in the laboratory. We have measured one point at a time using multimeters and a dc power supply; and have also used a function generator and an oscilloscope in XY mode. Using the Arduino to facilitate the I-V me ...
The Transport Layer: TCP and UDP
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3rd Edition: Chapter 4 - University of Balochistan
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Comparison and Analysis vedio and audio using Queues
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... the number of IP datagrams or packets dropped per second was found to be the highest for the FIFO queuing method, while PQ and WFQ showed fewer drop in packets across all IP interfaces during the simulation. The results obtained could be explained in terms of the queue sizes of each of the queuing d ...
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3rd Edition, Chapter 5 - Mount Holyoke College
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...  7 bytes with pattern 10101010 followed by one byte with pattern 10101011  used to synchronize receiver, sender clock rates ...
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... a unique choice— rather than collecting data on network devices with limited capabilities for measurement, we could obtain measurements at the servers, even commodity versions of which have multiple cores, GBs of memory, and s of GBs or more of local storage. When divided across servers, the per- ...
The nature of data center traffic: measurements & analysis
The nature of data center traffic: measurements & analysis

... a unique choice— rather than collecting data on network devices with limited capabilities for measurement, we could obtain measurements at the servers, even commodity versions of which have multiple cores, GBs of memory, and s of GBs or more of local storage. When divided across servers, the per- ...
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"An Empirical Workload Model for Driving Wide-Area TCP/IP Network Simulations"

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... While a detailed description of TCP' s error and congestion conthe bytes intheM trol mechanisms is beyond scopegroups of this paper, weand describe the rudiments of their behavior below to allow those unfamiliar with acknowledge each TCP to understand the vulnerabilities explainedgroup later. For si ...
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Digital Transmission

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UniPro protocol stack

In mobile-telephone technology, the UniPro protocol stack follows the architecture of the classical OSI Reference Model. In UniPro, the OSI Physical Layer is split into two sublayers: Layer 1 (the actual physical layer) and Layer 1.5 (the PHY Adapter layer) which abstracts from differences between alternative Layer 1 technologies. The actual physical layer is a separate specification as the various PHY options are reused in other MIPI Alliance specifications.The UniPro specification itself covers Layers 1.5, 2, 3, 4 and the DME (Device Management Entity). The Application Layer (LA) is out of scope because different uses of UniPro will require different LA protocols. The Physical Layer (L1) is covered in separate MIPI specifications in order to allow the PHY to be reused by other (less generic) protocols if needed.OSI Layers 5 (Session) and 6 (Presentation) are, where applicable, counted as part of the Application Layer.
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