Change computer

Started new post
Post about how glados.no is created
2020-12-29 23:00:49 +01:00 · 2020-12-26 18:53:35 +01:00
101 changed files with 88 additions and 577 deletions
--- a/_config.yml
+++ b/_config.yml
@@ -32,12 +32,11 @@ author:
  git_username:  oyvindskaaden


-
 collections:
  posts:
    excerpt_separator: <!--more-->
+    permalink: 
    
-  


 markdown:         kramdown
@@ -54,7 +53,7 @@ defaults:
      type: "posts"
    values:
      layout: layouts/post
-      permalink: /prosjekter/:categories/:year/:month/:day/:title
+      permalink: /prosjekter/:year/:month/:day/:title
  -
    scope:
      path: "ntnu/*"
--- a/_data/ntnu-courses.yml
+++ b/_data/ntnu-courses.yml
@@ -1,89 +1,51 @@
-# Våren 2021
-
-  name: Våren 2021
-  href: 21v
-  courses:
-    - 
-      course: ttt4280
-      desc: Sensorer og instrumentering, våren 2021.
-      updated: 2021-01-11
-    -
-      course: tfe4130
-      desc: Bølgeforplantning, våren 2021.
-      updated: 2021-01-12
-    -
-      course: ttk4145
-      desc: Sanntidsprogrammering, våren 2021.
-      updated: 2021-05-04
-    -
-      course: tiø4252
-      desc: Teknologiledelse, våren 2021.
-      updated: 2021-05-04
-
 # Høsten 2020
-
-  name: Høsten 2020
-  href: 20h
-  courses:
-    - 
-      course: tfe4152
-      desc: Design av integrerte kretser, høsten 2020.
-      updated: 2020-12-16
-      href: tfe4152/summary
-    - 
-      course: ttt4120
-      desc: Digital signalbehandling, høsten 2020.
-      updated: 2020-12-06
-      href: ttt4120/summary
-    - 
-      course: mfel3010
-      desc: Medisin for teknologi- og realfagsstudenter, høsten 2020.
-      updated: 2020-11-25
-      href: mfel3010/summary
-    - 
-      course: tfe4146
-      desc: Halvlederkomponenter, høsten 2020.
-      updated: 2020-11-23
-      href: tfe4146/summary
+- 
+  course: tfe4152
+  desc: Design av integrerte kretser, høsten 2020.
+  updated: 2020-12-16
+  href: tfe4152/summary
+- 
+  course: ttt4120
+  desc: Digital signalbehandling, høsten 2020.
+  updated: 2020-12-06
+  href: ttt4120/summary
+- 
+  course: mfel3010
+  desc: Medisin for teknologi- og realfagsstudenter, høsten 2020.
+  updated: 2020-11-25
+  href: mfel3010/summary
+- 
+  course: tfe4146
+  desc: Halvlederkomponenter, høsten 2020.
+  updated: 2020-11-23
+  href: tfe4146/summary

 # Våren 2020
-
-  name: Våren 2020
-  href: 20v
-  courses:
-    - 
-      course: ttt4270
-      desc: Elektronisk systemdesign, prosjekt, våren 2020.
-      updated: 2020-05-05
+- 
+  course: ttt4270
+  desc: Elektronisk systemdesign, prosjekt, våren 2020.
+  updated: 2020-05-05

 # Høsten 2019
-
-  name: Høsten 2019
-  href: 19h
-  courses:
-    - 
-      course: ttt4265
-      desc: Elektronisk systemdesign og -analyse II, høsten 2019.
-      updated: 2019-12-02
-    - 
-      course: tdt4160
-      desc: Datamaskiner og digitalteknikk, høsten 2019.
-      updated: 2019-11-28
+- 
+  course: ttt4265
+  desc: Elektronisk systemdesign og -analyse II, høsten 2019.
+  updated: 2019-12-02
+- 
+  course: tdt4160
+  desc: Datamaskiner og digitalteknikk, høsten 2019.
+  updated: 2019-11-28

 # Våren 2019
-
-  name: Våren 2019
-  href: 19v
-  courses:
-    - 
-      course: ttt4260
-      desc: Elektronisk systemdesign og -analyse I, våren 2019.
-      updated: 2019-05-05
-    - 
-      course: tma4105
-      desc: Matematikk 2, våren 2019.
-      updated: 2019-05-21
-    - 
-      course: tdt4102
-      desc: Prosedyre og objektorientert programmering, våren 2019.
-      updated: 2019-05-15
+- 
+  course: ttt4260
+  desc: Elektronisk systemdesign og -analyse I, våren 2019.
+  updated: 2019-05-05
+- 
+  course: tma4105
+  desc: Matematikk 2, våren 2019.
+  updated: 2019-05-21
+- 
+  course: tdt4102
+  desc: Prosedyre og objektorientert programmering, våren 2019.
+  updated: 2019-05-15
--- a/_includes/structure/head.html
+++ b/_includes/structure/head.html
@@ -1,5 +1,4 @@
 <head>
-
 	<meta name="HandheldFriendly" content="True">
 	<meta name="MobileOptimized" content="320">
 	<meta charset="utf-8">
@@ -18,7 +17,6 @@
 		<link rel="stylesheet" href="{{ "/assets/css/default.css" | relative_url }}"/>
 	{% endif %}
 	
-
 	<title>
 		{% if page.title %}
 				{{ page.title }} &middot; {{ site.title }}
--- a/_includes/structure/nav.html
+++ b/_includes/structure/nav.html
@@ -11,7 +11,7 @@
 			<div class="navbar-nav"><!--ml-auto for høyrejustering-->
 				<!--<a class="nav-item nav-link {% if page.url == '/' %}active{% endif %}" href="/">Hjem</a>-->
 				{% for entry in site.data.nav %}
-					<a class="nav-item nav-link {% if page.url contains entry.href and page.url != / %}active{% endif %}" href="{{ entry.href }}">{{ entry.title }}</a>
+				<a class="nav-item nav-link {% if page.url contains entry.href and page.url != / %}active{% endif %}" href="{{ entry.href }}">{{ entry.title }}</a>
 				{% endfor %}
 			</div>
 			<div class="navbar-nav ml-auto">
--- a/_includes/utils/scripts.html
+++ b/_includes/utils/scripts.html
@@ -2,7 +2,6 @@
 <script src="{{ "/assets/js/jquery-3.5.1.min.js" | relative_url }}"></script>
 <script src="{{ "/assets/js/bootstrap.bundle.min.js" | relative_url }}"></script>
 <script src="{{ "/assets/js/bootstrap-toc.min.js" | relative_url }}"></script>
-
 <!--Anchors-->
 <script src="{{ "/assets/js/anchor.min.js" | relative_url }}"></script>
 <script>
@@ -11,4 +10,4 @@
  icon: '#',
  };
  anchors.add('h1, h2, h3, h4, h5').remove('.no-anchor');
-</script>
+</script>
--- a/_layouts/layouts/lecture.html
+++ b/_layouts/layouts/lecture.html
@@ -1,20 +0,0 @@
---
-layout: default
---
-<div class="jumbotron">
-	<div class="container">
-		<h1 class="no-anchor" data-toc-skip>{{ page.title }}</h1>
-		<p>{{ page.description }}</p>
-		<small>Forelesningsdato {{ page.date | date: "%d.%m.%Y" }}</small>
-	</div>
-</div>
-<div class="container" id="main">
-	<div class="row row-offcanvas row-offcanvas-right">
-		<div class="col-xs-12 col-sm-12 col-md-9">
-			{{ content }}
-		</div>
-		<div class="col-md-3 d-none d-md-block" id="sidebar">
-			<nav id="toc" data-toggle="toc" class="sticky-top" style="z-index:1"></nav>
-		</div>
-	</div>
-</div>
--- a/_posts/2020-12-26-glados.no.md
+++ b/_posts/2020-12-26-glados.no.md
@@ -0,0 +1,32 @@
+---
+title:  "glados.no"
+description: Hvordan generere nettsider med git og jekyll
+date:   2020-12-26
+categories: glados
+tags: website glados jekyll git gitea
+---
+
+Hvordan er egentlig [glados.no](https://glados.no) satt opp som en kontinuerlig integrasjon ved hjelp av jekyll, bootstrap og git.
+
+<!--MORE-->
+
+## Prinsipp
+
+Jeg er er en ganske lat person, men jeg ønsker å lage en velutformet personlig nettside med alt fra personlige prosjekter til fag på NTNU.
+Derfor ønsker jeg å sette opp en statisk nettsidegenerator som gjør det enkelt for meg å oppdatere og legge nye til til på nettstedet. 
+
+### Statisk nettsidegenerator
+
+En bra løsning på dette problemet er å bruke en statisk nettsidegenerator. 
+Da er det mulig å skrive hele nettsteder i det enkle språket markdown, som bruker en syntaks for å beskrive hvilke elementer som brukes. 
+Språket brukes på alt fra GitHub (på README filene) til å skrive større dokumentasjon med Pandoc.
+
+Det finens uttallige forskjellige generatorer, men de to store (i dag) er [jekyll](https://jekyllrb.com/) og [HUGO](https://gohugo.io/). 
+Begge baserer seg på markdown, har en ganske lik filstruktur og er begge brukt masse. 
+Jekyll brukes faktisk for å generere [Github Pages](https://pages.github.com/). 
+
+### Versjonskontroll
+
+
+
+
--- a/about.md
+++ b/about.md
@@ -1,11 +1,7 @@
 ---
-layout: layouts/list
+layout: layouts/page
 title: Om
 permalink: /om/
 ---

-Mitt navn er Øyvind Skaaden. Jeg er 22 år gammel og studerer Elektronisk systemdesign og innovasjon på NTNU.
-
-Jeg er stor fan av open-source og prøver så godt jeg kan å fremme dette. 
-
-Jeg har både en [github](https://github.com/oyvindskaaden) og en [personlig git](https://git.glados.no/).
+Mitt navn er Øyvind Skaaden. Jeg er 21 år gammel og studerer Elektronisk systemdesign og innovasjon på NTNU.
--- a/assets/css/components/theme.css
+++ b/assets/css/components/theme.css
@@ -102,7 +102,6 @@ blockquote {

 a {
  color: var(--link-color);
-  text-decoration: none;
 }

 a:hover {
--- a/assets/css/home.css
+++ b/assets/css/home.css
@@ -27,13 +27,7 @@
  min-height: calc(100vh - 47.75rem);
 }

-/*
-.home-link a{
-  text-decoration: none;
-}
-*/
-
-a.home-link:hover{
+.home-link>a {
  text-decoration: none;
 }

--- a/index.html
+++ b/index.html
@@ -7,12 +7,12 @@ description: Personlig nettside for Øyvind Skaaden. Inneholder det meste av per
  <div class="row">
    {% for home in site.data.home %}
    <div class="col-md-4">
-      <a class="home-link" href="{{ home.href }}">
+      <a href="{{ home.href }}">
        <div class="icon">
          <i class="fas {{ home.icon }}"></i>
        </div>
-        <h3 class="no-anchor home-link">{{ home.title }}</h3>
      </a>
+      <h3 class="no-anchor home-link"><a class="" href="{{ home.href }}">{{ home.title }}</a></h3>
      <p>{{ home.description }}</p>
    </div>
    {% endfor %}
--- a/ntnu/21v/tfe4130/lectures/2021-01-12/2021-01-12.md
+++ b/ntnu/21v/tfe4130/lectures/2021-01-12/2021-01-12.md
@@ -1,74 +0,0 @@
---
-title: "TFE4130 - 1D Bølger"
-description: "2021-01-12"
-math: true
---
-
-## Hva er bølger?
-
-Bevegelse av partikler i et medium.
-
-Dispersive gjør at signalet kan endre seg over tid og strekning.
-Bølgehastigheten er avhengig av frekvensen.
-
-Ikke-dispersive betyr at bølgen beveger seg med samme hastighet hele tiden, og vil derfor være lik ved alle distanser.
-
-Bølger kan inteferere.
-
-Kurset handler mest om EM-bølger, men mekaniske bølger er enklere.
-Det er da kun trykk som beskriver en bølge, mot en vektor med flere komponenter i EM-bølger.
-
-Velocity potential:
-
-$$WIP$$
-
-Velocities at depth:
-
-$$WIP$$
-
-Dispersjonsrelasjonen i havbølger
-
-$$ \omega^2 = gk \tanh kd $$
-
-Der $g$ er tyngdeakserelasjonen, $k$ er bølgetallet og $d$ er dybden.
-
-### Forskjellige typer bølger
-
-Longitudinale: Langsgående bølger.
-
-Transversale: Bølger som beveger seg normalt på propageringsretningen.
-
-### Matematisk
-
-Bølgene er løsningen på bølgelikningen i forskjellige dimensjoner.
-
-$$ \ddot{u} = \frac{\partial^2 u}{\partial t^2} = c^2 \nabla^2 u $$
-
-Denne løses som en partiell differensiallikning.
-
-En ikke-dispersiv hamonisk bølge er definert:
-
-$$ p(x, t) = \hat{p} \sin(\omega t - kx) $$
-
-Der $\omega = 2\pi f$ er frekvensen, $k = \tfrac{\omega}{c}$ er bølgekonstanten, $c$ er propageringshastigheten og $\hat{p}$ er bølgeamplituden.
-
-## Lydbølger
-
-Lydbølger er endringer i lydtrykket rundt standardtrykket/det statiske trykket. 
-
-$$ \underbrace{P_\text{total}(x,t)}_{\text{Lufttrykk, [Pa]}} = \underbrace{P_\text{atm}}_\text{Statisk trykk} + \underbrace{p(x,t)}_\text{endringer i trykket, lyd} $$
-
-
-Bølgelikningen for lydbølger:
-
-$$ \frac{\partial^2 p}{\partial x^2} - \frac{1}{c^2} \frac{\partial^2 p}{\partial t^2} $$
-
-## Helmholtz' likning
-
-Spesialtilfelle av bølgelikningen når bølgen er en harmonisk svingning.
-
-$$ p(x,t) = p(x) e^{j\omega t} $$
-
-Den tidsavhengige faktoren kan faktoriseres ut av likningen og vi står igjen med en ODE.
-
-$$ \frac{\partial^2 p(x)}{\partial x^2} + k^2 p(x) = 0 $$
--- a/ntnu/21v/tfe4130/lectures/2021-01-14/2021-01-14.md
+++ b/ntnu/21v/tfe4130/lectures/2021-01-14/2021-01-14.md
@@ -1,24 +0,0 @@
---
-layout: layouts/lecture
-title: "TFE4130"
-description: "1D Bølger forts."
-date: "2021-01-14"
-math: true
---
-
-## Akustisk impedanse
-
-## Akustisk intensitet
-
-$$ \boldsymbol{I} = \frac{1}{T}\int_0^T p_\text{real}\boldsymbol{v}_\text{real}(t) dt $$
-
-FOr en planbølge
-
-$$ I_x = \frac{p_\text{rms}}{p_x c}$$
-
-## Refleksjon og transmisjon
-
-Dersom en børge beveger seg over en grenseflate mellom to forskjellige impedanser.
-
-* Trykket nå være kontinuerlig over grenseflaten
-* Farten over grenseflaten må være konstant.
--- a/ntnu/21v/tfe4130/tfe4130.md
+++ b/ntnu/21v/tfe4130/tfe4130.md
@@ -1,15 +0,0 @@
---
-layout: layouts/list
-title: "TFE4130"
-description: "Bølgeforplantning"
---
-
-## Filer og annet
-
-Alle øvinger og andre viktige filer ligger på [git](https://git.glados.no/oyvindskaaden/TFE4130).
-
-## Forelesninger
-
-[2021-01-12](./lectures/2021-01-12/) - Intro
-
-[2021-01-14](./lectures/2021-01-14/) - Bølger forts.
--- a/ntnu/21v/ttk4145/summary/figures/fault-path.svg
+++ b/ntnu/21v/ttk4145/summary/figures/fault-path.svg
--- a/ntnu/21v/ttk4145/summary/figures/fault-tolarance.svg
+++ b/ntnu/21v/ttk4145/summary/figures/fault-tolarance.svg
--- a/ntnu/21v/ttk4145/summary/summary.md
+++ b/ntnu/21v/ttk4145/summary/summary.md
@@ -1,200 +0,0 @@
---
-title: "Oppsumering av TTK4145"
-description: "Lot of theory and discussion, some fomulas, spring 2021."
-date: 2021-05-04
-math: true
---
-
-## Fault tolerance
-
-Hard to capture faults. 
-
-
-### Bugs
-
-* 1 bug per 50 lines before testing
-* 1 bug per 500 at release
-* 1 bug per 550 after a year, the constant
-
-1. Make the program work within specs.
-2. Run/Tests of the program-
-3. Errors happen
-4. Locate errors
-    * Incomplete spec
-    * Missing handleling of som situation
-5. Fix code
-
-### Traditional error handeling
-
-{% highlight c %}
-FILE *
-openConfigFile(){
-    FILE * f = fopen("/path/to/config.conf");
-    if (f == NULL) {
-        switch(errno){
-            case ENOMEM: {
-                ...
-                break;
-            }
-            case ENOTDIR: {
-                ...
-                break;
-            }
-            // Do this for all errors
-        }
-    }
-}
-{% endhighlight %}
-
-### Causes of errors
-
-* Incomplete specification
-* Software bugs
-* HW problems
-* Communication problems
-
-### Fault tolerance in real time systems
-
-The problem with traditional errorhandleing is that errors can happen at any possible time.
-This is extremely hard to test. 
-
-This is some of the error handling real time programming have.
-
-* Handling of unexpected errors
-* More threads hanles errors
-* Can not test the conventional way
-  * Can only show extistence of errors
-  * Can not find errors in specification
-  * Can not find race conditions
-
-The fault path is shown under.
-
-![Fault tolerance](figures/fault-path.svg)
-
-With fault tolerance the path looks something more like the figure under.
-
-![Fault tolerance](figures/fault-tolarance.svg)
-
-### Error handling
-
-Keep it simple!
-
-The error modes is a part of the module interface.
-
-One way is to handle all errors the same way.
-Handle the as if it was the worst error.
-Crash and start again.
-
-A different approach is to check that everything is OK.
-
-To test how the systems responds for a unknown error is to insert a failed acceptance test (a not OK signal).
-
-### Redundancy
-
-* If I have $N$ copies of my data, it is possible to handle that one is destroyed.
-* Sending $N$ messages, trying $N$ times.
-
-**Static redundancy**
-
-* $N$ active copies. Sending $N$ messages if it is necessary or not.
-* Detecting errors is not important.
-* Handles cosmic rays easily.
-
-**Dynammic redunancy**
-
-* Relies on detecting the error and recovering
-  * Resend if timeout and not receiving "ack"
-  * Go with default if no messages have been received
-* The acceptancetest must be good.
-
-
-### Fault model
-
-#### Example with storage functions.
-
-**Step 1: Failure modes**
-
-Find the failure modes: What could go wrong?
-
-* **Write**: May return "I failed". Does not know why it faield
-* **Read**: May return "I failed". Does not know why it failed.
-
-**Step 2: Detect, Simplify, Inject errors**
-
-* Write information on where/what/how the process is doing.
-* All errors --> Fail
-* Inject errors
-
-**Step 3: Handling with redundancy**
-
-* Have multiple copies of the the information
-  * Use only the newest
-
-#### Example with communication function
-
-**Step 1: Failure modes**
-
-* Message
-  * Lost
-  * Delayed
-  * Corrupted
-  * Duplicated
-  * Wrong recipient
-
-**Step 2: Detection, Merging of errormodes and error injection**
-
-* Adding information to message
-  * Checksum
-  * Session ID
-  * Sequence number
-* Adding "ack" on well recieved messages
-* All errors will be treaded as "Lost message"
-* Injection
-  * Occasionally throw away some messages
-
-**Step 3: Handling with redundancy**
-
-* Timeout 
-* Retransmit message
-
-#### Example with processes and caculations
-
-A calculation is an abstract, so how can we talk generally about the failure modes.
-
-**Step 1: Failure modes**
-
-One failure mode
-
-**Step 2: Detect, simplify, inject errors**
-
-All failed acceptance tests will "PANIC" or "STOP".
-
-**Step 3: Handling with redundancy**
-
-There are three solutions:
-
-1. Checkpoint restart
-    * Do all the work incuding the acceptance test
-    * Wait with the "side effects"
-    * Store a checkpoint
-    * Do the "side effects"
-2. Process pairs
-    * Crash and let an another process take over
-3. Presistent processes
-
-
-## Transactions
-
-A transaction is a design framework for Damage Confinement and Error Recovery.
-
-* An *atomic action*, just without the backward recovery error mode as standard mode
-* invincible and instantaneous "calculation" seen from the outside
-* A transformation from one consistent state to another'
-* A modular computation
-
-### Four features: ACID
-
-* **A**tomicity: Either all side effects happens or none
-* **C**oncistency: Leaves the system in a consistent state when finished
-* **I**solation: Errors does not spread
-* **D**urability: Results are not lost
--- a/ntnu/21v/ttk4145/ttk4145.md
+++ b/ntnu/21v/ttk4145/ttk4145.md
@@ -1,15 +0,0 @@
---
-layout: layouts/list
-title: "TTK4145"
-description: "Sanntidsprogrammering"
---
-
-## Oppsummering
-
-[Oppsummering](summary/) av faget TTK4145.
-
-## Prosjekt
-
-## Øvinger
-
-
--- a/ntnu/21v/ttt4280/lab/1/1.md
+++ b/ntnu/21v/ttt4280/lab/1/1.md
@@ -1,34 +0,0 @@
---
-layout: layouts/lecture
-title: "TTT4280"
-description: "Labforelesning 1"
-date: "2021-01-18"
-math: false
---
-
-## Laboratorium
-
-### System
-
-* Raspberry Pi
-* Linux
-* A/D omformere
-* Python
-
-### Oppgaver
-
-* Systemoppsett
-  * Klargjøre rPi og instrumenteringskrets
-* Akustikk
-  * Beregne retning til lydkilde
-* Radar
-  * Doppler
-* Optikk
-
-## Laboppgave 1
-
-1. Tegne blokkdiagram
-2. Studere datablat for ADC
-3. Drøfte fordeler med DMA
-
-![Blokk](figures/TTT4280%20-%20Lab%20Blokk.png)
--- a/ntnu/21v/ttt4280/lab/1/figures/TTT4280
+++ b/ntnu/21v/ttt4280/lab/1/figures/TTT4280
--- a/ntnu/21v/ttt4280/lectures/2021-01-11/2021-01-11.md
+++ b/ntnu/21v/ttt4280/lectures/2021-01-11/2021-01-11.md
@@ -1,57 +0,0 @@
---
-title: "TTT4280 - Måleusikkerhet"
-description: "2021-01-11"
-math: true
---
-
-## Faglig innhold
-
-* Måleusikkerhet
-* Støyanalyse
-* Sensorer og aktuatorer
-* Sensortyper
-
-## Hva er sensorer
-
-Noe som kan lese den fysiske verdenen til noe vi kan prosessere.
-
-Finnes mange forskjellige sensorer. Flere i biler, telefoner, klokker osv.
-
-Tidligere ble det estimert at vi skulle ha ca 50 milliarder sensorer i 2020. 
-
-## Måleusikkerhet
-
-Bruk av sensor = Utføre en måling.
-
-...og måleverdier har en usikkerhet.
-
-I visse situasjoner har måleusikkerheten masse å si, i andre har det ikke så mye å si.
-
-Sensitivitet er en måling for å ikke gjøre en Type II feil (alarmen løser **ikke** ut).
-
-Spesifisitet er en måling for å ikke gjøre en Type I feil (**falsk** alarm).
-
-
-
-### Grunnmodell for måleprosess
-
-![Grunnmodell](figures/grunnmodell.jpg)
-
-I realiteten er det støy i alle ledd.
-
-Sannsynligheten for at et sensorsystem gir riktig svar påvirkes av (minst) to faktorer:
-
-* Hvor entydig er underliggende sammenhenger?
-* Hvor nøyaktig kan vi måle de fysiske størrelsene?
-
-$$ \text{SNR} = \frac{\text{(Effekten for) sann verdi}}{\text{(Effekten for) støy}} $$
-
-### Målefeil
-
-Stokastiske feil (Type A feil) påvirker målingens *presisjon*. 
-Presisjonen beskriver hvor reproduserbar en måling er.
-
-Systematiske feil (Type B feil) påvirker målingens *sannhet*. 
-Sannheten er en måling på hvor langt unna den sanne verdien en måling er.
-
-![Målefeil](figures/true-prec.jpg)
--- a/ntnu/21v/ttt4280/lectures/2021-01-11/figures/grunnmodell.jpg
+++ b/ntnu/21v/ttt4280/lectures/2021-01-11/figures/grunnmodell.jpg
--- a/ntnu/21v/ttt4280/lectures/2021-01-11/figures/true-prec.jpg
+++ b/ntnu/21v/ttt4280/lectures/2021-01-11/figures/true-prec.jpg
--- a/ntnu/21v/ttt4280/lectures/2021-01-18/2021-01-18.md
+++ b/ntnu/21v/ttt4280/lectures/2021-01-18/2021-01-18.md
@@ -1,8 +0,0 @@
---
-layout: layouts/lecture
-title: "TTT4280"
-description: "Usikkerhet og feilforplantning"
-date: "2021-01-18"
-math: true
---
-
--- a/ntnu/21v/ttt4280/ttt4280.md
+++ b/ntnu/21v/ttt4280/ttt4280.md
@@ -1,12 +0,0 @@
---
-layout: layouts/list
-title: "TTT4280"
-description: "Sensorer og instrumentering"
---
-
-## Forelesninger
-
-[2021-01-11](./lectures/2021-01-11/) - Intro og målesikkerhet
-
-[2021-01-18](./lectures/2021-01-18/) - Usikkerhet og feilforplantning
-
--- a/ntnu/20h/mfel3010/summary/figures/blodårer.png
+++ b/ntnu/20h/mfel3010/summary/figures/blodårer.png
--- a/ntnu/20h/mfel3010/summary/figures/cellInBody.png
+++ b/ntnu/20h/mfel3010/summary/figures/cellInBody.png
--- a/ntnu/20h/mfel3010/summary/figures/celleMedKaliumNatrium.png
+++ b/ntnu/20h/mfel3010/summary/figures/celleMedKaliumNatrium.png
--- a/ntnu/20h/mfel3010/summary/figures/celleMembran.png
+++ b/ntnu/20h/mfel3010/summary/figures/celleMembran.png
--- a/ntnu/20h/mfel3010/summary/figures/celledeling.png
+++ b/ntnu/20h/mfel3010/summary/figures/celledeling.png
--- a/ntnu/20h/mfel3010/summary/figures/graywhitematerialBrain.png
+++ b/ntnu/20h/mfel3010/summary/figures/graywhitematerialBrain.png
--- a/ntnu/20h/mfel3010/summary/figures/mitokondrie.png
+++ b/ntnu/20h/mfel3010/summary/figures/mitokondrie.png
--- a/ntnu/20h/mfel3010/summary/figures/mutatorGenes.png
+++ b/ntnu/20h/mfel3010/summary/figures/mutatorGenes.png
--- a/ntnu/20h/mfel3010/summary/figures/oragnsOfTheBody.png
+++ b/ntnu/20h/mfel3010/summary/figures/oragnsOfTheBody.png
--- a/ntnu/20h/mfel3010/summary/figures/ribosom.png
+++ b/ntnu/20h/mfel3010/summary/figures/ribosom.png
--- a/ntnu/20h/mfel3010/summary/figures/theBrain.png
+++ b/ntnu/20h/mfel3010/summary/figures/theBrain.png
--- a/ntnu/20h/mfel3010/summary/summary.md
+++ b/ntnu/20h/mfel3010/summary/summary.md
--- a/ntnu/ntnu.html
+++ b/ntnu/ntnu.html
@@ -4,15 +4,13 @@ title: "NTNU"
 description: "Alt som har med studier på NTNU å gjøre."
 ---

-{% for semester in site.data.ntnu-courses %}
-<h2>{{ semester.name }}</h2>
-{% assign courses = semester.courses | sort: 'updated' | reverse %}
+{% assign courses = site.data.ntnu-courses | sort: 'update' %}
 <div class="row row-cols-1 row-cols-md-3">
 {% for course in courses %}
  <div class="col mb-4">
    <div class="card h-100">
      <div class="card-body">
-        <h5 class="card-title no-anchor" data-toc-skip><a href="{{ semester.href }}/{% if course.href %}{{ course.href }}{% else %}{{ course.course }}{% endif %}">{{ course.course | upcase }}</a></h5>
+        <h5 class="card-title no-anchor" data-toc-skip><a href="{% if course.href %}{{ course.href }}{% else %}{{ course.course }}{% endif %}">{{ course.course | upcase }}</a></h5>
        <p class="card-text">{{ course.desc }}</p>
      </div>
      <div class="card-footer">
@@ -21,5 +19,4 @@ description: "Alt som har med studier på NTNU å gjøre."
    </div>
  </div>
 {% endfor %}
-</div>
-{% endfor %}
+</div>
--- a/ntnu/19v/tdt4102/tft4102.md
+++ b/ntnu/19v/tdt4102/tft4102.md
--- a/ntnu/20h/tfe4146/summary/figures/BJTFourModes.png
+++ b/ntnu/20h/tfe4146/summary/figures/BJTFourModes.png
--- a/ntnu/20h/tfe4146/summary/figures/BJT_Carriers.png
+++ b/ntnu/20h/tfe4146/summary/figures/BJT_Carriers.png
--- a/ntnu/20h/tfe4146/summary/figures/HallEffect.png
+++ b/ntnu/20h/tfe4146/summary/figures/HallEffect.png
--- a/ntnu/20h/tfe4146/summary/figures/JEFT_Zoom.png
+++ b/ntnu/20h/tfe4146/summary/figures/JEFT_Zoom.png
--- a/ntnu/20h/tfe4146/summary/figures/JEFT_pinchoff.png
+++ b/ntnu/20h/tfe4146/summary/figures/JEFT_pinchoff.png
--- a/ntnu/20h/tfe4146/summary/figures/JFET-GateControl.png
+++ b/ntnu/20h/tfe4146/summary/figures/JFET-GateControl.png
--- a/ntnu/20h/tfe4146/summary/figures/JFET.png
+++ b/ntnu/20h/tfe4146/summary/figures/JFET.png
--- a/ntnu/20h/tfe4146/summary/figures/JFET_Analysis.png
+++ b/ntnu/20h/tfe4146/summary/figures/JFET_Analysis.png
--- a/ntnu/20h/tfe4146/summary/figures/MESFET.png
+++ b/ntnu/20h/tfe4146/summary/figures/MESFET.png
--- a/ntnu/20h/tfe4146/summary/figures/MOSFET.png
+++ b/ntnu/20h/tfe4146/summary/figures/MOSFET.png
--- a/ntnu/20h/tfe4146/summary/figures/alternateDiodeEq.png
+++ b/ntnu/20h/tfe4146/summary/figures/alternateDiodeEq.png
--- a/ntnu/20h/tfe4146/summary/figures/avalanche.png
+++ b/ntnu/20h/tfe4146/summary/figures/avalanche.png
--- a/ntnu/20h/tfe4146/summary/figures/biasPN.png
+++ b/ntnu/20h/tfe4146/summary/figures/biasPN.png
--- a/ntnu/20h/tfe4146/summary/figures/breakdown.png
+++ b/ntnu/20h/tfe4146/summary/figures/breakdown.png
--- a/ntnu/20h/tfe4146/summary/figures/carrierDensity.png
+++ b/ntnu/20h/tfe4146/summary/figures/carrierDensity.png
--- a/ntnu/20h/tfe4146/summary/figures/conductivity.png
+++ b/ntnu/20h/tfe4146/summary/figures/conductivity.png
--- a/ntnu/20h/tfe4146/summary/figures/continuityEq.png
+++ b/ntnu/20h/tfe4146/summary/figures/continuityEq.png
--- a/ntnu/20h/tfe4146/summary/figures/dos.png
+++ b/ntnu/20h/tfe4146/summary/figures/dos.png
--- a/ntnu/20h/tfe4146/summary/figures/fermiDirac.png
+++ b/ntnu/20h/tfe4146/summary/figures/fermiDirac.png
--- a/ntnu/20h/tfe4146/summary/figures/haynes-ShockleyExp.png
+++ b/ntnu/20h/tfe4146/summary/figures/haynes-ShockleyExp.png
--- a/ntnu/20h/tfe4146/summary/figures/haynes-ShockleyTheory.png
+++ b/ntnu/20h/tfe4146/summary/figures/haynes-ShockleyTheory.png
--- a/ntnu/20h/tfe4146/summary/figures/idealMOS.png
+++ b/ntnu/20h/tfe4146/summary/figures/idealMOS.png
--- a/ntnu/20h/tfe4146/summary/figures/intrinsic.png
+++ b/ntnu/20h/tfe4146/summary/figures/intrinsic.png
--- a/ntnu/20h/tfe4146/summary/figures/monirityDist.png
+++ b/ntnu/20h/tfe4146/summary/figures/monirityDist.png
--- a/ntnu/20h/tfe4146/summary/figures/particleBox.png
+++ b/ntnu/20h/tfe4146/summary/figures/particleBox.png
--- a/ntnu/20h/tfe4146/summary/figures/pn-efelt.png
+++ b/ntnu/20h/tfe4146/summary/figures/pn-efelt.png
--- a/ntnu/20h/tfe4146/summary/figures/pn-ladning.png
+++ b/ntnu/20h/tfe4146/summary/figures/pn-ladning.png
--- a/ntnu/20h/tfe4146/summary/figures/pnNatural.png
+++ b/ntnu/20h/tfe4146/summary/figures/pnNatural.png
--- a/ntnu/20h/tfe4146/summary/figures/pnSammen.png
+++ b/ntnu/20h/tfe4146/summary/figures/pnSammen.png
--- a/ntnu/20h/tfe4146/summary/figures/pnSteady.png
+++ b/ntnu/20h/tfe4146/summary/figures/pnSteady.png
--- a/ntnu/20h/tfe4146/summary/figures/pnTegning.png
+++ b/ntnu/20h/tfe4146/summary/figures/pnTegning.png
--- a/ntnu/20h/tfe4146/summary/figures/steadyStateBar.png
+++ b/ntnu/20h/tfe4146/summary/figures/steadyStateBar.png
--- a/ntnu/20h/tfe4146/summary/figures/steadyStatePN.png
+++ b/ntnu/20h/tfe4146/summary/figures/steadyStatePN.png
--- a/ntnu/20h/tfe4146/summary/figures/tetteBonds.png
+++ b/ntnu/20h/tfe4146/summary/figures/tetteBonds.png
--- a/ntnu/20h/tfe4146/summary/figures/virkemåteTransistor.png
+++ b/ntnu/20h/tfe4146/summary/figures/virkemåteTransistor.png
--- a/ntnu/20h/tfe4146/summary/figures/zener.png
+++ b/ntnu/20h/tfe4146/summary/figures/zener.png
--- a/ntnu/20h/tfe4146/summary/summary.md
+++ b/ntnu/20h/tfe4146/summary/summary.md
--- a/ntnu/20h/tfe4152/summary/figures/active.svg
+++ b/ntnu/20h/tfe4152/summary/figures/active.svg
--- a/ntnu/20h/tfe4152/summary/figures/diode.svg
+++ b/ntnu/20h/tfe4152/summary/figures/diode.svg
--- a/ntnu/20h/tfe4152/summary/figures/triode.svg
+++ b/ntnu/20h/tfe4152/summary/figures/triode.svg
--- a/ntnu/20h/tfe4152/summary/summary.md
+++ b/ntnu/20h/tfe4152/summary/summary.md
--- a/ntnu/19v/tma4105/tma4105.md
+++ b/ntnu/19v/tma4105/tma4105.md
--- a/ntnu/20h/ttt4120/summary/figures/DTFTSymmetry.png
+++ b/ntnu/20h/ttt4120/summary/figures/DTFTSymmetry.png
--- a/ntnu/20h/ttt4120/summary/figures/DirectTypeII.svg
+++ b/ntnu/20h/ttt4120/summary/figures/DirectTypeII.svg
--- a/ntnu/20h/ttt4120/summary/figures/IIR_Dir1.svg
+++ b/ntnu/20h/ttt4120/summary/figures/IIR_Dir1.svg
--- a/ntnu/20h/ttt4120/summary/figures/IIR_Dir2.svg
+++ b/ntnu/20h/ttt4120/summary/figures/IIR_Dir2.svg
--- a/ntnu/20h/ttt4120/summary/figures/LinearPhase.svg
+++ b/ntnu/20h/ttt4120/summary/figures/LinearPhase.svg
--- a/ntnu/20h/ttt4120/summary/figures/adder.svg
+++ b/ntnu/20h/ttt4120/summary/figures/adder.svg
--- a/ntnu/20h/ttt4120/summary/figures/constant.svg
+++ b/ntnu/20h/ttt4120/summary/figures/constant.svg
--- a/ntnu/20h/ttt4120/summary/figures/delay.svg
+++ b/ntnu/20h/ttt4120/summary/figures/delay.svg
--- a/ntnu/20h/ttt4120/summary/figures/diagonalConv.png
+++ b/ntnu/20h/ttt4120/summary/figures/diagonalConv.png
--- a/ntnu/20h/ttt4120/summary/figures/directFormI.svg
+++ b/ntnu/20h/ttt4120/summary/figures/directFormI.svg
--- a/ntnu/20h/ttt4120/summary/figures/idealFilter.svg
+++ b/ntnu/20h/ttt4120/summary/figures/idealFilter.svg
--- a/ntnu/20h/ttt4120/summary/figures/impulseResponse.png
+++ b/ntnu/20h/ttt4120/summary/figures/impulseResponse.png
--- a/ntnu/20h/ttt4120/summary/figures/input-output-corr.png
+++ b/ntnu/20h/ttt4120/summary/figures/input-output-corr.png
--- a/ntnu/20h/ttt4120/summary/figures/linearTimeInvariant.png
+++ b/ntnu/20h/ttt4120/summary/figures/linearTimeInvariant.png
--- a/ntnu/20h/ttt4120/summary/figures/longSeq.png
+++ b/ntnu/20h/ttt4120/summary/figures/longSeq.png
--- a/ntnu/20h/ttt4120/summary/figures/z-transform.png
+++ b/ntnu/20h/ttt4120/summary/figures/z-transform.png
--- a/ntnu/20h/ttt4120/summary/summary.md
+++ b/ntnu/20h/ttt4120/summary/summary.md
--- a/ntnu/19v/ttt4260/ttt4260.md
+++ b/ntnu/19v/ttt4260/ttt4260.md
--- a/ntnu/19h/ttt4265/ttt4265.md
+++ b/ntnu/19h/ttt4265/ttt4265.md
--- a/Show More
+++ b/Show More
Author	SHA1	Message	Date
Øyvind Skaaden	e891a1124a	Change computer	2020-12-29 23:00:49 +01:00
Øyvind Skaaden	ff28f125a1	Started new post Post about how glados.no is created	2020-12-26 18:53:35 +01:00