Whether you are a teacher, administrator, or in a position, that supports teaching and learning, all educators need to understand the teaching and learning process as it relates to lesson planning. The purpose of this Assignment is to produce a model lesson plan that demonstrates your knowledge of the constructivist approach to lesson design. In this Assignment, you will construct a model lesson plan that includes rubrics and appropriately integrates technology.
include each of these elements:
Select an academic concept – just one concept, not a related set of concepts – that you hope to teach to students. For example, you might select the mathematical concept of measuring perimeter, but not the whole set of concepts related to polygons in geometry. Or, you might select the concept of identifying the main idea in a reading passage, but not the whole set of concepts related to reading comprehension.
Grade Level (K-12, adults)
Introduction that includes the central focus of the lesson
Objectives with specific thinking skills and content as it relates to student learning.
a. Use multiple strategies to differentiate for diverse students: English Learners (ELs), Gifted Students, Students with Special Needs.
b. Incorporate instructional strategies based on constructivist views of learning.
c. Incorporate instructional strategies that appropriately integrate instructional media in the teaching and learning process.
Hemodynamics is the investigation of blood stream over the body and powers influencing it, frequently estimated utilizing different techniques that are either obtrusive or noninvasive. Hemodynamic checking is fundamental for making opportune patient evaluation, determination, visualization, and treatment choices if there should be an occurrence of cardiovascular glitches and uneven characters caused in the measure of blood launched out by the heart. There are a few intrusive techniques for observing blood stream like Thermodilution, Dye weakening and Fick strategies. These strategies are normally bound to doctor's facilities and centers with individuals having particular aptitudes perform, additionally, these techniques are related with entanglements like diseases, discharge, arrhythmia and so on. Impedance Plethysmography procedures which utilize the progressions in electrical impedance over body surface for estimation of changes in the tissue volumes can be utilized to contemplate hemodynamics. Impedance Cardiography (ICG) is a noninvasive and adaptable technique for ascertaining cardiovascular stroke volume giving data that is like obtrusive checking requiring little to no effort and hazard. While intrusive observing is done in pre-agent circumstances on patients effectively experiencing cardiovascular issues which includes catheter addition, ICG can be performed on individuals whenever for checking hemodynamic parameters that will help in analysis of issues happening in not so distant future. There are different methods for observing hemodynamics through ICG of which Thoracic Electrical Bioimpedance (TEB) is a fundamental variation that includes arrangement of cathodes on the foundation of the neck and at the cartilaginous segment at the lower end of the sternum which isn't joined to any ribs. The volume of blood stream differs amid each cardiovascular cycle intermittently. This progressions the electrical impedance in thorax locale. Negative time subsidiary of the deliberate impedance is called impedance cardiogram. Research in the field of Impedance Cardiography began with the investigation of stream of liquids in body, particularly in heart territory utilizing Impedace Plethysmography strategies since 1940s [1Bonjer]. By mid 1970s Using ICG for estimation of heart parameters like cardiovascular stroke volume went ahead track [2Cooley]. A few relative investigations are done in the field between non-obtrusive ICG and intrusive strategies like Thermodilution which demonstrated promising outcomes for ICG [3 Nechwatal, 4Denniston].In [5Quesnay] they talked about the usage of ICG on subjects with heart maladies and keeping in mind that they were performing exercise. Results have demonstrated that cardiovascular parameters estimated amid these tests are dependable and for the most part precise. With change in innovation in ICG, wearable gadgets or pieces of clothing are being intended for encouraging long haul accounts and give solace to the patients or guineas pigs [6JUAN]. Since the commencement of impedance cardiography there has been an expansion in the unwavering quality of the procedure and change in estimation of heart parameters [7Greenfield - 13Dilek]. Estimation of ICG requires the subjects to lay in a recumbent position with no development to counterbalance the antiquities that are caused because of other body signals which prompt undesirable changes of the flag recorded and make the patient awkward. Nearness of these curios makes it troublesome for the general population perusing the signs and furthermore influence the conclusion prompting comes about that are wrong. These ancient rarities must be expelled before observing the signs to take remedy choices through separating. The vast majority of these relics are non-stationary in nature and can't be anticipated. Ancient rarities that are conspicuous in TEB incorporate those fluctuating with the progressions that happen in environment like electrical cable obstruction which makes benchmark of the first flag to change and with the development of patient. A few ancient rarities happen from inside our body like Respiratory antiquity that is conspicuous in ICG .Often patients are required to hold their breath to counteract this relic, yet it is appeared in [5Quesnay] this may influence the stroke volume parameter. There are additionally others like Motion antiquities and Electrode ancient rarities which convey changes to the signs that are undesirable. Sifting techniques for handling the relics are either versatile or non-versatile. Since the ancient rarities that are to be prepared in the signs acquired are consistently changing in nature, non-versatile channels that have straight exchange capacities doesn't give great outcomes all the while. While time fluctuating possibilities can be identified utilizing versatile sifting systems whose channel particulars change at each progression. In [14Huang] they utilized LMS calculation based versatile channel for dropping fo movement ancient rarities and got palatable outcomes. In [15Allan] Allan et.al utilized a scaled fourier straight consolidated (SFLC) system is proposed for sifting noncorrelated commotion in ICG. They have prevailing with regards to demonstrating that their proposed strategy could evacuate commotions that are not in synchronization with heart rate. In [16Dormer] utilized SFLC-RLS channel which indicates change in execution contrasted with SFLC-LMS channel utilized as a part of [15Allan]. [17Pandey] utilized LMS based versatile sifting to evacuate respiratory relics in Impedance cardiogram flag. In this paper we talked about use of Least Mean Square (LMS) calculation and its variations Normalized LMS (NLMS), Time changing advance size (TVSLMS) Adaptive advance size (ASLMS) and Constrained security LMS (CSLMS) in ICG signals for antique expulsion. Alongside these calculations, marked regressor type of these variations which diminishes the quantity of calculations are likewise utilized. The curios that are considered in this paper are Power Line Interference (PLI), Respiratory relics, Motion ancient rarities (MA), Muscle antiquities. Area II depicts the separating strategies that are utilized on ICG motions in a word. Area III gives the data on information procurement utilizing VU-AMS gadget. The outcomes and exchanges of the methods utilized are given in segment IV taken after by conclusions. Versatile Filtering Techniques LMS Developed by Widrow and Hoff in 1960, Least mean squares calculation is a class of versatile channels that adjust in view of current estimation of blunder flag. Contribution to the LMS calculation is a flag that requirements sifting and a coveted flag as reference, LMS is an iterative strategy that limits the Mean Square Error (MSE) between these two signs. Low multifaceted nature is a noteworthy element of LMS calculation which made it as a benchmark for other versatile sifting calculations. The way toward sifting utilizing LMS includes the accompanying advances, Register the yield from the channel utilizing inputs. Evaluating the blunder between the yield flag and wanted flag. Changing the tap weights of the channel as indicated by the blunder acquired above and a steady advance size. The above advances are executed iteratively to diminish the mistake between channel yield and wanted flag. Channel will be of length L, each time L tests from the info flag will be prepared at once in each progression until the point that whole examples are handled. Let x(n) be the contribution of the channel and d(n) be the reference flag. Info is taken from a sliding window over the information. For each progression the window slides over required number of tests. Let y(n) be the yield from the channel and w(n) is the weights of the taps, these weights can be diverse for each tap. u is the progression measure which is a consistent. LMS calculation can be abridged in the conditions beneath that are as per the means above,>GET ANSWER