Is minimizing reflections fundamentally a different task than maximizing power throughput for a given source load? If so, some contrastive language should be inserted at the start of this section. Also, the physical setup seems to be different here than in the previous paragraphs. Where is the transmission line located?
"Signals" impedance is another dangling, undefined term.

Inp'yŏng

What is the relation between impedance matching at termination of a line, and conjugate-matching of source and load impedance across a port? These appear to have two different effects, yet they are intermixed without any transition. Or is maximum power throughput the same as non-reflectance? This point needed to be stated explicitly.

The input offset voltage ( V o s {\displaystyle V_{os}} ) is a parameter defining the differential DC voltage required between the inputs of an amplifier, especially an operational amplifier (op-amp), to make the output zero (for voltage amplifiers, 0 volts with respect to ground or between differential outputs, depending on the output type).An ideal op-amp amplifies the differential input; if this input is 0 volts (i.e. both inputs are at the same voltage with respect to ground), the output should be zero. However, due to manufacturing process, the differential input transistors of real op-amps may not be exactly matched. This causes the output to be zero at a non-zero value of differential input, called the input offset voltage.Typical values for V o s {\displaystyle V_{os}} are around 1 to 10 mV for cheap commercial-grade op-amp integrated circuits (IC). This can be reduced to several microvolts if nulled using the IC's offset null pins or using higher-quality or laser-trimmed devices. However, the input offset voltage value may drift with temperature or age. Chopper amplifiers actively measure and compensate for the input offset voltage, and may be used when very low offset voltages are required.Input bias current and input offset current also affect the net offset voltage seen for a given amplifier. The voltage offset due to these currents are separate from the input offset voltage parameter and is related to the impedance of the signal source and of the feedback and input impedance networks, such as the two resistors used in the basic inverting and non-inverting amplifier configurations. FET-input op-amps tend to have lower input bias currents than bipolar-input op-amps, and hence incur less offset of this type.

Inputlog is one of the most used keyloggers. It enables researchers to observe the online writing process unobtrusively. It logs every input action that is used to produce a text, viz. keystrokes (incl. navigation keys), mouse movements and clicks and speech input via Dragon Naturally Speaking (Nuance). The program also provides a time stamp (in ms) and detailed information about the Windows environment that is activated (e.g. URL of a web page). Researchers can download the program from the Inputlog website for free (after registration).Inputlog features five modules:Record module: This module logs (keyboard, mouse and speech) data in Microsoft Word and other Windows-based programs together with a unique time stamp. Moreover, in MS Word this module also logs character position, actual document length and copy/paste/move actions.Pre-process module: This module allows researchers to process data from various perspectives: event based (keyboard, mouse and speech), time based or based on window changes (sources: MS Word, Internet etc.).Analyze module: This module features three process representations (general and linear logging file and the s-notation of the text) and four aggregated levels of analysis (summary, pause, revision and source analyses). Additionally a process graph is produced.Post-process module: This module integrates single or multiple log files from Inputlog or other observation tools and also makes it possible to merge multiple output files for further statistical analysis in, for instance, SPSS or MLWin.Play module: This module plays back the recorded session. The replay is data based.^ "Inputlog". Inputlog website. University of Antwerp. Retrieved 9 June 2013.

Under what constraint?
What circuit or part of circuit is being described here?
What transmission line? It was never defined.
"Load" was never defined. It appears to be the same as "input" , but the terminology jumps back and forth between the two terms without ever saying they are synonymous.

The Inquisition of the Netherlands was an extension of the Spanish Inquisition in the Spanish Netherlands, established during the reign of Charles V. Because the idea of an Inquisition was uncongenial to the Flemish temperament, the process of introduction was a slow and gradual one from the onset. In the year 1521 Francis Van der Hulst had been appointed the first Inquisitor General of the Provinces. He and his successors, like their Spanish counterparts, were empowered by the imperial edict to actively search out and rigorously punish all those guilty or even suspected of heresy, or of aiding a heretic in any way. Such a system was easily abused; in later times it was not uncommon for informers to impeach rich citizens, merely for the sake of obtaining a share in their confiscated wealth.Before the decease of Charles V, the Netherlands were mainly Catholic and thus the Inquisition did not have a very drastic impact on people's lives in general. However, with the rapid spread of Calvinism in the early years of the reign of Phillip II his son, its scope widened vastly. The Edicts of 1521 had banned all preaching or practice of the reformed religion, even in private dwellings, and this power was now brought into full swing. Now in the 1550s, the greatest of the Inquisitors was Peter Titelmann, a man described by his contemporaries as being of a demon-like Goblin temperament, knowing neither fear nor mercy.The people, protesting against the introductions of the Spanish Inquisitions in direct abeyance of all their charters and the oaths of Philip on his succession, were tranquilly told by that monarch that it was a Flemish, not a Spanish, Inquisition. Indeed, Philip had no cause to rue the fact that he had been unable to bring in the system of his own country, himself saying, “Wherefore introduce the Spanish inquisition? The inquisition of the Netherlands is much more pitiless than that of Spain." In fact the new Inquisition was an extraordinarily efficient system; the highest court in the land, it bypassed all common forms of justice, was without the option of appeal, and spared nether rich nor poor. It had the unlimited ability from the king to arrest, torture and execute at will. The powers invested in the Inquisition had been ratified by Philip in the first month of his reign. There were hundreds of cases in these early days of luckless individuals being dragged from their families and subjected to the most gruesome tortures, before being burnt alive at the stake, were they of the masculine sex, or buried alive in the case of women.As time passed, the people of the Netherlands became more and more antipathetic towards the institution, but it was little in their power to resist it – all who did so were instantly denounced as heretics themselves. Titelmann himself averred that his person was comparatively safe, as he had to do only with "the innocent and virtuous, who make no resistance, and let themselves be taken like lambs".Eventually the spirit of national resistance overcame this obstacle, and the inquisition was effectively withdrawn in 1564, but the troubles of these times did not pass until the lapse of nearly a century, and the end of the Eighty Years' War.

Inpyong Station is railway station in North Korea. It is located on the P'yŏngra Line of the Korean State Railway.

What is the load impedance? Is it the input impedance? Source impedance? It was never defined.

In computing, an input device is a (piece of computer hardware equipment) used to provide data and control signals to an information processing system such as a computer or information appliance. Examples of input devices include keyboards, mouse, scanners, digital cameras and joysticks.Many input devices canmodality of input (e.g. mechanical motion, audio, visual, etc.)whether the input is discrete (e.g. pressing of key) or continuous (e.g. a mouse's position, though digitized into a discrete quantity, is fast enough to be considered continuous)the number of degrees of freedom involved (e.g. two-dimensional traditional mice, or three-dimensional navigators designed for CAD applications)Pointing devices, which are input devices used to specify a position in space, can further be classified according to:Whether the input is direct or indirect. With direct input, the input space coincides with the display space, i.e. pointing is done in the space where visual feedback or the pointer appears. Touchscreens and light pens involve direct input. Examples involving indirect input include the mouse and trackball.Whether the positional information is absolute (e.g. on a touch screen) or relative (e.g. with a mouse that can be lifted and repositioned)Direct input is almost necessarily absolute, but indirect input may be either absolute or relative. For example, digitizing graphics tablets that do not have an embedded screen involve indirect input and sense absolute positions and are often run in an absolute input mode, but they may also be set up to simulate a relative input mode like that of a touchpad, where the stylus or puck can be lifted and repositioned.

there is a missing assumption at the start of the paragraph, which we need in order to make a comparison. Perhaps earlier the assumption is "the maximum power for a given output impedance, if we are free to vary the input impedance", whereas here the assumption is "the maximum power for a given intput impedance, if we are free to vary the output impedance ?

May 2016

Input Shaping is a control technique for reducing vibrations in computer-controlled machines. The method works by creating a command signal that cancels its own vibration. That is, vibration caused by the first part of the command signal is canceled by vibration caused by the second part of the command. Input shaping is implemented by convolving a sequence of impulses, an input shaper, with any desired command.
Input Shaping is a control technique for reducing vibrations in computer-controlled machines. The method works by creating a command signal that cancels its own vibration. That is, vibration caused by the first part of the command signal is canceled by vibration caused by the second part of the command. Input shaping is implemented by convolving a sequence of impulses, an input shaper, with any desired command. The shaped command that results from the convolution is then used to drive the system. If the impulses in the shaper are chosen correctly, then the system will respond without vibration to any unshaped command. The amplitudes and time locations of the impulses are obtained from the system's natural frequencies and damping ratios. Shaping can be made very robust to errors in the system parameters.

In computing, an input device is a (piece of computer hardware equipment) used to provide data and control signals to an information processing system such as a computer or information appliance. Examples of input devices include keyboards, mouse, scanners, digital cameras and joysticks.Many input devices canmodality of input (e.g. mechanical motion, audio, visual, etc.)whether the input is discrete (e.g. pressing of key) or continuous (e.g.