![]() ![]() Write your research question at the top of your paper.Technique for creating a rough outline: Brainstorming a list Why do people become addicted to social media? The answer to your RQ, expressed as a short list of categories.Create a rough outline to organize your ideas.Ī rough outline (RO) is a tentative plan of what your essay will look like. As you read, identify the “answers” (evidence) to your research question. You should have some sense of how to answer your research question. You have been reading and taking notes, developing a broad understanding of the topic. What is the purpose of writing a rough outline? How might it be helpful for you?.What is a rough outline? What information does a rough outline include?.If your research does not have enough information to support the main idea you are presenting, you should, in general, complete additional research or revise the outline. Support: Each main idea should have two or more supporting topics.The introduction and conclusion will never be lower than the first level of organization. Organization: Higher levels of organization are more generally stated and each supporting level becomes more specific.State the topic or write short sentences for each heading but avoid doing both. Consistency: ensure every heading has a similar tone.□ What are the best tips for writing a paper outline? Each layer thereafter will contain the research you complete and presents more and more detailed information. The first two layers are the most generalized. □ How many levels of organization does an outline have?Ī research paper outline typically contains between two and four layers of organization. This will help you organize the main ideas and arguments you want to present in your topic. You should make an outline before starting to write your research paper. The most basic outline format consists of: an introduction, a minimum of three topic paragraphs, and a conclusion. □ What is the basic outline format for a paper? Researchers benefit greatly from outlines while writing by addressing which topic to cover in what order. ![]() Outlines help us organize major topics, subtopics, and supporting details. An abstract will briefly state the information contained within the paper, results of the research, and the conclusion.įrequently Asked Questions about a research paper outlineĪn outline is used to organize written ideas about a topic into a logical order. Use a reference manager like Paperpile to organize and cite your research. Finalize your citations and bibliography.MLA 8 and APA 7 formats have differences between their bibliography page, in-text citations, line spacing, and title. Continue researching to further build your outline and provide more information to support your hypothesis or thesis. Begin writing your research paper draft.This is an iterative process and may change when you delve deeper into the topic. Template for Microsoft Word My research paper outline is complete: what are the next steps?Īfter completing your outline, you should: To help you start right away, you can use one of our templates and adjust it to suit your needs. With a content framework in place, you can now start writing your paper. Depending on your research, it may be chapters of a book for a literature review, a series of dates for a historical research paper, or the methods and results of a scientific paper.īy now, you should know the basic requirements to create an outline for your paper. The main ideas contain the bulk of your research paper's information. Begin by numbering the introduction, each idea you will present, and the conclusion. This is the most generalized level of information. If you are writing the outline for yourself, you may choose any combination you prefer. Refer to the guidelines provided by your institution, as formatting is not universal and differs between universities, fields, and subjects. The levels are typically represented by a combination of Roman numerals, Arabic numerals, uppercase letters, lowercase letters but may include other symbols. Levels of organization for a research paper outlineĪ research paper outline typically contains between two and four layers of organization. ![]()
0 Comments
![]() Our last tool in this article is LetsView.
![]() There are boss zombies at higher gamestages that WILL test your base design to the max so plan accordingly. Horde Nights are more dangerous and starting out you will see a slight increase in what you are normally used to. 5 different tiers of zombies (with distinct models to be able to tell what you're looking at) are now in the game and are completed gamestaged, resulting in a challenge for the entire time you play the game. as you increase in level and increase your gamestage, the zombies will increase their strength to match yours. The undead have taken over and have begun to evolve. Ever wanted to be an archer? Maybe a rifleman? Well now you can! There is a total of 6 classes complete with their own quest lines that provide you with new recipes to make better and better weapons to fight off the hordes of the apocalypse. Almost every block has an upgrade path all the way from wood to steel! You have to use a variety of tools combined with "Upgrade kits" in order to upgrade your blocks. There are many more to be discovered but this should be enough information to set you out on your course of destruction!īuilding and Upgrading is very different compared to vanilla. We hope to gain feedback on these ideas as we plan our future going forward into Alpha 18!īelow are some of the horrific and mind bending changes you can expect in this new world. This time around we have peppered our world with new changes and ideas. Welcome to Ravenhearst 5.4! A scary new world of mutations and freaks unleashed upon the world of the undead. Version 5.4 is intended for use with 7d2d version A17.4. Pages in this wiki are still referencing version 3.2.5 unless otherwise noted. ![]() ![]() Current content will be marked v8 to distinguish it from legacy information. Official Discord (best place for info and friendly help): Ĩ.6 Update - Some quick updates regarding the latest version of Ravenhearst. For up to date info on releases, and general help please visit these official destinations: PLEASE NOTE: This wiki is not endorsed, or maintained by the Ravenhearst Team.Īny work on this wiki has been done by fans, and is extremely out of date. Once you're ready to get going, check out the Getting Started page for information on how to get the mod, then head over to the Server page to find the multiplayer community that's right for you. It is HIGHLY recommended that you play vanilla 7d2d before attempting Ravenhearst! The mod can be downloaded from the 7d2d Mod Launcher or from Github Ravenhearst is a Hardcore Mod for the zombie crafting and survival game 7 Days To Die, available on steam. ![]() ![]() ![]() I would like to add more buttons and pots and eventually move the project off the breadboard and into a custom enclosure that will allow me to use the controller much more easily.There are some differences in MIDI over USB implementation between different types of Arduino-compatible boards. I hope you enjoyed reading about my project! With my basic prototype working, I can see a lot of opportunity to expand this project. Mapping a potentiometer to control in the Channel rack Final thoughts With the pots linked to controls FL Studio, I could use them to control the master volume and pan of specific tracks. To test the potentiometers, I linked them to controls in the FL Studio by right choosing a knob in the Channel rack and selecting ‘Link to Controller’. With the controller enabled, I was able to immediately hear the tones produced by the pushing the buttons on my controller. I chose my MIDI controller as an Input device in the MIDI Settings menu with the ‘generic controller’ type and selected “Enable”.Įnabling my custom controller in FL Studio With a very rudimentary understanding of FL Studio, I could finally test out my controller. Although music production software feels intimidating, I found this video helpful for getting started. I chose FL Studio, one of the most popular DAW (digital audio workstation) programs. To test it out, I needed a program to receive the MIDI messages from the controller and convert them to audio output. ‘Note ON’ and ‘Note OFF’ events correspond to button pushes, and ‘Control Change’ events are fired off when the potentiometer reading changes. ![]() This program reads digital inputs from the buttons and analog inputs from the potentiometers and converts these signals to MIDI events, which are sent over USB. All I had to do was modify the code for my particular hardware setup and program the board using the Arduino IDE. Thanks to the Arduino sketch linked in this post from Dolce Wang, which makes use of this MIDI library, this was very easy. Once I completed my hardware setup, it was time to program the board. It came with header pins already soldered to allow quick prototyping and was simple to program using the Arduino IDE. ![]() I settled on the Arduino Leonardo board (based on the ATmega32u4), which turned out to be an excellent choice. Many controllers would fit the bill here. When choosing a microcontroller for this project, I wanted something easy to program that would be able to read digital and analog inputs and support USB communication. I used four buttons and three potentiometers for my controller. Fortunately, engineering school left me with a variety of prototyping boards and components. Project Setup Hardware Setupįor my MIDI controller, I decided to use only components that I already had on hand. However, if you think outside the box, anything that produces a digital or analog signal can be a MIDI controller. Off-the-shelf MIDI controllers typically consist of various combinations of knobs, buttons and sliders and often include a piano-style keyboard. Controllers then convert these physical actions to MIDI messages that tell the computer to adjust audio attributes such as volume, pitch or tone. Humans initiate MIDI events by pressing a key or button, turning a knob or moving a slider. These messages represent MIDI events that control audio output.Ī MIDI controller is a device used to sequence and control audio by sending MIDI messages to a computer or synthesizer, which interprets these signals to produce sounds. A MIDI message consists of an eight-bit status byte followed by one-to-two additional bytes of data. It is widely used for musical production. Simply put, MIDI is a technical standard that defines communication between computers and electronic instruments. After reading this, I hope you’ll understand more about how MIDI controllers work and maybe even feel inspired to create your own! What is MIDI?įirst things first, what are we making here? The acronym ‘MIDI’ stands for Musical Instrument Digital Interface. In this post, I’ll walk you through my MIDI project step-by-step. Best of all, it’s a great beginner project you can complete in an afternoon, while also providing plenty of opportunity for future expansion. This project appealed to me because it combines my interests in programming microcontrollers and electronic music. Specifically, I wanted to make my own MIDI controller. The mountains of snow outside left me cooped up in my house with only one thing on my mind - hobby projects. This holiday season, Michigan received a pre-Christmas blizzard. ![]() ![]() SCTs, with their stable and sturdy tripods, are very useful for astrophotography. They are most popular in their 20cm (8") guise - I own a 20cm SCT myself. They have an ease of use not available with the other telescopes and there are plenty of readily available accessories, e.g. They are very portable as the tube does not have to be as long as that of a reflector - this is because of the light being 'folded over'. It has grown in popularity because it combines the best of a reflector and refractor. ![]() The third type that I mentioned was the Schmidt Cassegrain telescope. This can be very expensive, so very large apertures reflectors are more popular. The Cassegrain reflector is a combination of a primary concave mirror and a secondary convex mirror, often used in optical telescopes and radio antennas, the main characteristic being that the optical path folds back onto itself, relative to the optical systems primary mirror entrance aperture. It can be corrected using achromatic and apochromatic (modified) lenses. This, however, is only noticeable in refractors with an aperture (diameter of objective lens) of 10cm (4") or more. This is when the different wavelengths of light are brought to focus at different points due to the glass in the objective lens refracting (bending) the different wavelengths to different degrees. However, the refractor suffers from what is known as chromatic aberration. ![]() This type of telescope uses both lenses and mirrors in a compound system as can be seen in the third diagram.Įach telescope has its own advantage, for instance the refractor is better for observing the planets and the moon and the reflector for deep-sky objects (e.g. There are quite a few variations on this including the Georgian and Cassegrain reflectors.Ī third type of telescope, which has gained immense popularity over the last 30 years, is the Schmidt Cassegrain telescope (SCT). This exact system is known as a Newtonian Reflector. As the diagram illustrates, light travels down the tube where it is reflected (hence the name reflector) up to a secondary mirror near the top of the tube, which directs the light into the eyepiece. Rays of light travel through the objective (main) lens where they are focused at the focal length of the eyepiece.Ī reflector telescope, on the other hand, uses concave (bending inwards - like a cave) mirrors. If you are considering buying a telescope you would be well advised to read our Telescope Buyers' FAQ.Ī refractor telescope uses convex (bending outwards) lenses to collect, focus and magnify light. Also available are Schmidt-Cassegrain telescopes - a combination of reflector and refractor. Most telescopes fall into one of two main categories: refractor or reflector. Also, slight errors in grinding the mirrors can distort the image.A telescope is an optical instrument used to magnify and enhance the view of faraway objects, be they astronomical or terrestrial. One disadvantage of reflectors is that you occasionally have to clean and align the mirrors. Reflectors have large light gathering capacities, and can produce bright images of faint, deep-sky objects for visual observing as well as astrophotography. Large aperture primary mirrors (greater than 10 inches or 25 centimeters) can be made easily, which means that reflectors have a relatively low cost per unit of aperture. ![]() The reflector is simple and inexpensive to make. Because of their large apertures and low price, Dobsonians are well-suited to observing deep-sky objects. Dobsonians can have large apertures (6 to 17 inches, 15 to 43 centimeters). They are inexpensive to build or buy because they are made of plastic, fiberglass or plywood. They offer wider fields of view than longer focal ratio telescopes, and provide bright, panoramic views of comets and deep-sky objects like nebulae, galaxies and star clusters.Ī view inside the barrel - note the primary mirror, and the image of the secondary mirror reflected back onto the primary.ĭobsonian telescopes are a type of Newtonian reflector with a simple tube and alt-azimuth mounting (see "Telescope Mounts"). The focal ratio, or f/number, is the focal length divided by the aperture, and relates to the brightness of the image. Rich-field (or wide-field) reflectors are a type of Newtonian reflector with short focal ratios and low magnification. The Newtonian reflector was a highly successful design, and remains one of the most popular telescope designs in use today. In 1722, John Hadley developed a design that used parabolic mirrors, and there were various improvements in mirror-making. ![]() ![]() ![]() Alaska Science Forum: Feet on the Ground Right After Alaska’s Big One.Produced by Creative Arts Studio in 1964 for the USGS.Įxcerpt from the TV show “The Big Picture” produced by the US Army in 1966 about the Alaska Earthquake and its tragic effects. These films were shot by amateur and professional cameramen in the hours and days following the earthquake at locations such as Anchorage, Kodiak, Seward, Valdez, Chenega, Afognak.Īn examination of the 1964 Alaska Good Friday Earthquake from a (pre- plate tectonics theory) geological point of view. Clips of the Alaska Earthquake from The Alaska Film Archives.Includes extensive archival footage of the earthquake and aftermath. Military, and local, state, and federal officials. This “Story map” combines an interactive map with historic photos of the earthquake.Ī documentary chronicling the first 72 hours after the 1964 Alaska Earthquake and the response to the disaster by the United States Office of Civil Defense, U.S. 1964 Alaska Earthquake Photo Tour of Anchorage.Explains how Yakutat terrane accretion drives mountain building and crustal fault earthquakes like the 2002 M7.9 Denali Earthquake. Tectonics & Earthquakes of Alaska-More than just plate boundariesĪn animation that describes earthquakes along the Aleutian subduction zone, one of the most seismically active in the world, and the Queen Charlotte Transform Fault.Tsunamis Generated by Megathrust EarthquakesĪn animation about tsunami-generating megathrust earthquakes using examples from Japan (2011), Chile (2010), and Alaska (1964) to describe structures that generate deadly tsunamis including: megathrust plate-boundary displacement, deformation of the overriding plate by splay faulting and/or folding, and earthquake-generated landslides.Animations explain the magnitude (Just how big is 9.2?), rupture processes, elastic rebound, and resulting tsunami. Butler explaining the science behind the earthquake. The 1964 Alaska Earthquake-What Happened and Why. ![]() “The 1964 Alaska Earthquake and Tsunami” lecture by George Plafker, USGS Geologist Emeritus. ![]() This was a great leap forward in resolving key mechanisms of the developing theory of plate tectonics.Īn expanded version (11 min) is also available: 1964 Quake: The Alaska Earthquake The video features USGS geologist George Plafker who, in the 1960’s, correctly interpreted the quake as a subduction zone event. history had profound and lasting impacts on our lives. Short video (4 min) by Stephen Wessells, USGS relating how the largest quake in U.S.
![]() As a result of these diagnostic possibilities, referral for further assessment is recommended for any patient with a palatal swelling. The most common palatal ‘swelling’ is a palatal torus (discussed in the following section), but other causes of a palatal swelling are a palatal abscess or cyst (related to a non-vital upper first or second molar), minor salivary gland tumour (Figure 5), maxillary sinus tumour or lymphoma. ![]() Mucoceles, fibroepithelial polyps and pyogenic granulomas are rare in the hard palate because the firm, keratinised palatal mucosa is relatively resistant to trauma. In this article, the causes of a palatal swelling have been separated from other areas in the oral cavity because of the slightly different diagnostic considerations. Pyogenic granuloma arising from the attached lingual gingiva of the lower right canine Fibroepithelial polyp on the right post-commissural region of the buccal mucosa with normal overlying mucosaįigure 4. ![]() Treatment includes surgical excision and removal of the traumatic irritant (eg subgingival plaque).įigure 3. ![]() When found in pregnant women, pyogenic granulomas are referred to as a ‘pregnancy epulis’. It is most commonly found on the attached gingiva, followed by the lateral aspect of the tongue, lower lip and buccal mucosa (Figure 4). Pyogenic granulomaĪ pyogenic granuloma appears as a raised red polypoid lesion that easily bleeds and is caused by an exaggerated connective tissue response to minor trauma. Fibroepithelial polyps can also be ulcerated. It is a consequence of exuberant healing after minor oral trauma, and it is most commonly found in the lower lip or buccal mucosa in response to occlusal trauma (Figure 3). A ranula – a mucocele of the sublingual glandĪ fibroepithelial polyp is, as its name suggests, a polypoid outgrowth of tissue from the mucosal surface, which consists of fibrous connective tissue covered by normal or hyperkeratotic epithelium. Mucocoele of the upper lip with dome-shaped swelling and bluish tinge of saliva visible underneath the normal-appearing mucosaįigure 2. Treatment involves removal of the sublingual gland as marsupialisation or incision and drainage alone leads to unacceptably high recurrence rates. The term ‘ranula’ is derived from its close appearance to a ‘frog’s belly’. ![]() Any mucocele should be excised and sent for pathological examination.Ī ranula is a mucocele of the sublingual gland (Figure 2). Alternatively, they can occur with obstruction of the salivary gland duct itself.ĭespite the frequency of mucoceles, if they do not spontaneously resolve within 2–3 weeks, it is recommended that patients be referred to an oral and maxillofacial surgeon for assessment, as mucoceles can occasionally be clinically difficult to distinguish from a minor salivary gland tumour. They occur when mucus/saliva escapes into surrounding tissues after trauma to the duct and is walled off by granulation or connective tissue. The submucosal swelling MucoceleĪ mucocele presents as a smooth, fluid-filled lump in areas with minor salivary glands that are commonly susceptible to oral trauma (eg lips, buccal mucosa Figure 1). The most commonly encountered swellings in the oral cavity are either submucosal in nature, or involve swelling of the underlying jaw (maxilla or mandible). The last of these presentations has been excluded from this article as it is assumed patients with teeth-related symptoms are more likely to present to their dentists than their general practitioners. Broadly speaking, oral pathology can present as a mucosal surface lesion (discussed in an accompanying article by these authors), 1 swelling present at an oral subsite (lips/buccal mucosa, tongue, floor of mouth, palate and jaws) or symptoms related to teeth (pain, mobility). ![]() ![]() You can use this method for any browser from Chrome, Brave to Opera, and all other internet browsing apps. That's all, now you will see all the links and web pages will be opening with the recently installed browser that you selected as a default browser on your iPhone.
![]() Reduce deviantArt Lag/Comp Overheating (2021) UPDATE: FIX HAS BEEN FOUND THAT NEGATES THE NEED TO CONSTANTLY RE-BLOCK DA-CHAT-WORKER WHEN IT UPDATES!!! Please read through the step-by-step and block the new line of code as necessary!Okay, so I haven't seen a proper full step-by-step for this anywhere but I HAVE seen lots of info titbits and fellow dA users complaining about the immense amount of overheating that deviantArt enacts on their poor computers. Also, has said that this is also affecting the Opera browser users as well. I would suggest trying that first, but if the tab with dA still crashes after that, THEN use a Private/Incognito window/tab. if the issue was still happening, I would have maybe gotten a couple sentences out before it would crash and lose everything that I typed.UPDATE: Thanks to replies from shnoogums5060 and, another thing that can be done is clear the cache and cookies in your browser. I wrote about the issue and listed a couple workarounds here:ĭA, Chrome and sbox_fatal_memory_exceeded errorsSo, in the last few days while using Chrome, I have been getting this error while on dA: sbox_fatal_memory_exceeded I did a search on that error, which happens when something is pulling too much memory that it exceeds a certain limit, and is usually caused by either an app in Chrome or a website I decided to test something, and ran Chrome with several tabs open, including DeviantArt, then watched the progress of the processes in Task Manager Lo and behold, one process started eating up memory like it was a kid going at their Halloween candy It got up to 8 GB yes, 8 GIGABYTES of local RAM (literally 1/2 of this system's available memory) before it shut off I checked, and the dA tab had the error To doubly confirm, I refreshed the dA tab, watched Task Manager processes for Chrome again, but this time stopped the process Guess which tab died again? Yep, DeviantArtThere IS a workaround: open up an incognito window in Chrome and view DeviantArt through there, so if you're getting the same issue as of late, do this and you should be fine The reason I know what this trick works? Because I wrote this post in its entirety. So I hope it works for you too!!!Unfortunately I can't offer much problem solving as I don't understand much about how it works, I just managed to eventually make it work xD But I figured I should share the steps I went through in case it helps others, since there's no guide online for it already for babies like me who don't understand how uBlock works.Best of luck everyone! I hope wrestling with the journal editor was worth it for a few of you x.x Reply Since blocking the javascript that enables the chat, me and a number of friends have reported their computers cooling right down and not always chugging the moment more than one dA tab is open. I can't claim to understand any of the science behind it but if anyone knows feel free to drop an explanation in the comments. This fix was found by explained in their comment here - ) STEP 4:You're all done! Now when you hover over 'Chat', you should see this (if you did everything corrently!), The evil is defeated! : DYes, turns out dA chat is behind the process-power-stealing problems. STEP 3:In 'My filters', copy paste the following line of code: ||/services/da-chat-worker/*.*.*/$script,domain=So that it looks like this:, Then click 'Apply Changes'!(This line of code works for all subsequent versions of da-chat-worker so you won't need to keep updating it. It's an extension for your browser (Chrome and Firefox versions exist that I know of, not sure about others!) Google it! STEP 2:Right click the extension and click options., In options, navigate to the 'My Filters' tab. So I am throwing this journal together quickly to help anyone else prevent dA from breaking their computers, bc the staff sure don't seem concerned with making their site functional for you!Please note before we start that this fix will disable the 'chat' feature of the website (it is the source of the problem, so it's one or the other here unfortunately) TL DR VERSION FOR ANYONE WHO ALREADY KNOWS HOW TO USE uBLOCK ORIGIN:Block this script - *.*.*/ - STEP 1:Download uBlock Origin. ![]() How to stop deviantArt Crashing/Lagging (2021) UPDATE: FIX HAS BEEN FOUND THAT NEGATES THE NEED TO CONSTANTLY RE-BLOCK DA-CHAT-WORKER WHEN IT UPDATES!!! Please read through the step-by-step and block the new line of code as necessary!Okay, so I haven't seen a proper full step-by-step for this anywhere but I HAVE seen lots of info titbits and fellow dA users complaining about the immense amount of overheating that deviantArt enacts on their poor computers. ![]() ![]() ![]() Simulink to the examples from the MATLAB tutorials to model the systems, build controllers, and simulate the systems. Simulink is integrated with MATLAB and data can be easily transfered between the programs. Many elements of block diagrams are available, such as transferįunctions, summing junctions, etc., as well as virtual input and output devices such as function generators and oscilloscopes. Different synoptic schemes and simulation applications are also presented.In Simulink, systems are drawn on screen as block diagrams. The chapter describes the different configurations and the different combinations of hybrid PV systems. 7 is devoted to hybrid photovoltaic systems. This chapter includes also environmental aspects of PV power pumping system. In addition, classic optimization algorithms are applied and an analysis of economic feasibility of PV pumping system in comparison with systems using diesel generators is presented. Several control algorithms such as scalar, vector and direct torque control are well described. Each component is modeled individually before connecting subsystems for simulation. Chapter 6 fulfils these tasks for a photovoltaic pumping system based on both DC and AC machines. The study describes a usual battery bank and provides an explicit modeling and experimental scheme of the lead-acid battery. 5, a description and modeling of the storage device is showed. ![]() Some simple MATLABTM/SIMULINKTM examples aregiven. 4, a detailed review on the most used algorithms to track the maximum power point is presented. The different structures of converters used in PV systems are presented. Chapter 3 is devoted to power electronics modeling. Some programs are given under MATLABTM/SIMULINKTM. Different models describing the operation and the behavior of the photovoltaic generator are presented. Chapter 2 focuses on an explicit modeling of solar irradiance and cells. This chapter also includes pre-sizing and maintenance of PV systems. It defines the photovoltaic process, introduces the main meteorological elements, the solar irradiance and presents an overview of PV systems (stand alone systems and grid connected systems). The first chapter is intended as an introduction to the subject. The book is organized through seven chapters. NOMENCLATURE V pv is output voltage of a PV module (V) I pv is output current of a PV module (A) T r is the reference temperature = 298 K T is the module operating temperature in Kelvin I ph is the light generated current in a PV module (A) I o is the PV module saturation current (A) A = B is an ideality factor = 1.6 k is Boltzman constant = 1.3805 × 10-23 J/K q is Electron charge = 1.6 × 10-19 C R s is the series resistance of a PV module I SCr is the PV module short-circuit current at 25 o C and 1000W/m 2 = 2.55A K i is the short-circuit current temperature coefficient at I SCr = 0.0017A / o C λ is the PV module illumination (W/m 2) = 1000W/m 2 E go is the band gap for silicon = 1.1 eV N s is the number of cells connected in series N p is the number of cells connected in parallel The proposed model is designed with a user-friendly icons and a dialog box like Simulink block libraries. ![]() One-diode equivalent circuit is employed in order to investigate I-V and P-V characteristics of a typical 36 W solar module. This paper presents a unique step-by-step procedure for the simulation of photovoltaic modules with Matlab/ Simulink. ![]() |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |