Lec­tu­res

Di­gi­tal Cir­cuit Theo­ry (Di­gi­tal­tech­nik) - Ba­che­lor Mo­du­le (man­da­to­ry)

  1. In­tro­duc­tion
  2. Boole­an Al­ge­bra
  3. Logic Mi­ni­mi­za­ti­on - Karn­augh-Veitch-Dia­grams (KV-dia­grams)
  4. Data Path Com­po­nents (mul­ti­ple­xer, de­mul­ti­ple­xer, prio­ri­ty en­co­ders, code con­ver­ters, ad­ders, mul­ti­pliers)
  5. Lat­ches and Flip­f­lops
  6. Shift Re­gis­ters
  7. Fi­ni­te State Ma­chi­nes
  8. Coun­ters
  9. Num­ber Sys­tems (Bi­na­ry, Octal, De­ci­mal and He­xa­de­ci­mal Sys­tems) and num­ber re­pre­sen­ta­ti­ons
  10. In­tro­duc­tion to VHDL
  11. Codes
  12. In­te­gra­ted Cir­cuit Tech­no­lo­gies 

Fur­ther De­tails: 

https://​mod​ulda​tenb​ank.​fh-​kiel.​de/​de-​DE/​Module/​Details/​1636e4d2-​f486-​43df-​8877-​954​de8e​aa4f​4?​versionId=0

https://​lms.​fh-​kiel.​de/​course/​view.​php?​id=7693

Fun­da­men­tals of Trans­mis­si­on Tech­no­lo­gy (Grund­la­gen der Über­tra­gungs­tech­nik) - Ba­che­lor mo­du­le (man­da­to­ry)

  1. In­for­ma­ti­on Theo­ry
  2. Ana­lo­gue Mo­du­la­ti­on Sche­mes (Am­pli­tu­de Mo­du­la­ti­on, Fre­quen­cy Mo­du­la­ti­on)
  3. Base­band Trans­mis­si­on
  4. Di­gi­tal Mo­du­la­ti­on Sche­mes (Pulse Code Mo­du­la­ti­on, Am­pli­tu­de Shift Key­ing (ASK), Fre­quen­cy Shift Key­ing (FSK), Phase Shift Key­ing (PSK), Qua­dra­tu­re Am­pli­tu­de Mo­du­la­ti­on (QAM))
  5. In­tro­duc­tion to Co­ding Sche­mes (Source Co­ding Sche­mes and Chan­nel Co­ding Sche­mes)
  6. Trans­mis­si­on Media and chan­nels (twisted pair, op­ti­cal fire, wire­less trans­mis­si­on)

Fur­ther mo­du­le in­for­ma­ti­on:

https://​mod​ulda​tenb​ank.​fh-​kiel.​de/​de-​DE/​Module/​Details/​ff2d4fda-​899b-​47ea-​8f15-​312​e7bf​bb50​d?​versionId=0

https://​lms.​fh-​kiel.​de/​course/​view.​php?​id=6972

  • Si­mu­la­ti­on En­vi­ron­ments (a free stu­dent ver­si­on of the AWR si­mu­la­ti­on en­vi­ron­ment, which is very sui­ta­ble for si­mu­la­ting mi­cro­wa­ve sys­tems can be found at and down­loa­ded from):

https://​www.​awr.​com/​awr-​software/​products/​awr-​design-​environment

BK107 - ASIC-De­sign / VHDL - Ba­che­lor mo­du­le (op­tio­nal)

  1. Syn­the­sis of simp­le com­bi­na­to­ri­al logic using VHDL
  2. Field Pro­gramma­ble Gate Ar­rays (FPGA) and Xi­linx' In­te­gra­ted Soft­ware En­vi­ron­ment (ISE)
  3. De­sign of di­gi­tal func­tions and func­tion ele­ments in VHDL using pro­ces­ses
  4. Mo­del­ling of tri-state-ele­ments and don't care sta­tes using VHDL
  5. De­sign of fi­ni­te state ma­chi­nes and syn­chro­nous coun­ters in VHDL
  6. Struc­tu­red VHDL de­signs using main and sub mo­du­les

Fur­ther in­for­ma­ti­on: 

  • Fur­ther mo­du­le in­for­ma­ti­on:

https://​mod​ulda​tenb​ank.​fh-​kiel.​de/​de-​DE/​Module/​Details/​5b82fa60-​cea8-​49e7-​a22a-​45e​b977​0dc8​3?​versionId=0

  • FPGA tech­no­lo­gy:

https://​www.​xilinx.​com/

https://​www.​latticesemi.​com/

https://​www.​latticesemi.​com/​Products.​aspx#_​D5A​1730​24E4​1450​1B36​997F​26E8​42A3​1

  • FPGA and Sys­tem-on-Chip (SoC)-boards:

https://​digilent.​com/​shop/​boards-​and-​components/​system-​boards/​fpga-​boards/

https://​shop.​trenz-elec­tro­nic.de/de/Pro­duk­te/Xi­linx/

https://​shop.​trenz-elec­tro­nic.de/de/Pro­duk­te/Pro­gram­mier­ba­re-Logik/

BK119 - Glo­bal Na­vi­ga­ti­on Sa­tel­li­te Sys­tems (Sa­tel­li­ten­na­vi­ga­ti­ons­sys­te­me) - Ba­che­lor mo­du­le (op­tio­nal)

  1. Fun­da­men­tals on Sa­tel­li­te based Po­si­tio­ning and Na­vi­ga­ti­on
  2. Co­or­di­na­te Sys­tems
  3. Fun­da­men­tals on sa­tel­li­te mo­vement (Kep­ler's laws)
  4. Glo­bal Po­si­tio­ning Sys­tem (GPS) - Ar­chi­tec­tu­re and Tech­no­lo­gy
  5. Ga­li­leo - The Eu­rope­an Sa­tel­li­te Na­vi­ga­ti­on Sys­tem
  6. GPS Ex­ten­si­ons and Ap­pli­ca­ti­ons
  7. GPS Hard­ware and In­ter­faces
  • Fur­ther mo­du­le in­for­ma­ti­on:

https://​mod​ulda​tenb​ank.​fh-​kiel.​de/​de-​DE/​Module/​Details/​acfe268f-​0c50-​45ba-​aa62-​ec3​bd7a​e18d​1?​versionId=0

  • most up-to-date news on Ga­li­leo, the Eu­rope­an Sa­tel­li­te Na­vi­ga­ti­on Sys­tem:

https://​www.​esa.​int/​App​lica​tion​s/​Navigation/​Galileo

https://​www.​esa.​int/​App​lica​tion​s/​Navigation/​Galileo/​What_​is_​Galileo

Bio­in­for­ma­tics (BK124) - Ba­che­lor mo­du­le (op­tio­nal)

  1. In­tro­duc­tion to bio­in­for­ma­tics
  2. Sta­ti­s­ti­cal Ana­ly­sis of DNA-Se­quen­ces
  3. Prac­ti­cal Bio­in­for­ma­tics
    1. Fun­da­men­tals on se­quence ali­gn­ment
    2. Need­le­man-Wunsch Al­go­rithm and Smith-Wa­ter­man-Al­go­rithm 
  4. In­for­ma­ti­on Theo­ry and sta­ti­s­ti­cal pro­per­ties of genes
  5. Na­no­po­re Se­quen­cing

 

MK105 - Ad­van­ced Cryp­to­gra­phy - Mas­ter mo­du­le (op­tio­nal)

  1. In­tro­duc­tion: his­to­ric ci­phers and ge­ne­ral princi­ples of mo­dern sym­me­tric cryp­to sys­tems
  2. Num­ber Theo­ry, Ga­lois Fiel­ds, Ex­ten­si­ons
  3. Sym­me­tric Cryp­to Sys­tems (Data En­cryp­ti­on Stan­dard (DES), Ad­van­ced En­cryp­ti­on Stan­dard (AES))
  4. In­tro­duc­tion to pu­blic key cryp­to sys­tems
  5. The RSA Sys­tem
  6. Cryp­to Sys­tems based on the Dis­crete Lo­ga­rithm Pro­blem (DLP)
  7. El­lip­tic Curve Cryp­to­gra­phy (ECC)
  8. Cryp­to­gra­phic Pro­to­cols (RSA Di­gi­tal Si­gna­tu­re, Di­gi­tal Si­gna­tu­re Al­go­rithm (DSA))
  9. Hash Func­tions
  • Fur­ther mo­du­le in­for­ma­ti­on:

https://​mod​ulda​tenb​ank.​fh-​kiel.​de/​de-​DE/​Module/​Details/​d313e073-​d950-​4886-​8177-​815​d56f​0558​5?​versionId=0

https://​lms.​fh-​kiel.​de/​course/​view.​php?​id=5473

  • In­te­res­ting Links for fur­ther study:

Cryp­tool-home­page (pro­ject of the Uni­ver­si­ty of Sie­gen, Ger­many, in­itia­ted by Prof. Dr. Ber­hard Ess­lin­ger) https://​www.​cryptool.​org

In­ter­net of the book by Prof. Dr. Chris­tof Paar and Jan Pelzl: "Un­der­stan­ding Cryp­to­gra­phy": http://​www.​crypto-​textbook.​com/

MK114: FPGA Pro­to­typ­ing by VHDL Ex­amp­les - Mas­ter mo­du­le (op­tio­nal)

  1. Gate-level com­bi­na­tio­nal cir­cuits
  2. Field Pro­gramma­ble Gate Ar­rays (FPGA) and Xi­linx De­ve­lop­ment En­vi­ron­ment Vi­v­a­do
  3. Re­gis­ter Trans­fer Level (RT-level) com­bi­na­tio­nal cir­cuits
  4. Re­gu­lar Se­quen­ti­al cir­cuits
  5. Fi­ni­te State Ma­chi­nes (FSM)
  6. Fi­ni­te State Ma­chi­nes with data path (FSMD)
  • Fur­ther mo­du­le in­for­ma­ti­on:

https://​mod​ulda​tenb​ank.​fh-​kiel.​de/​de-​DE/​Module/​Details/​932286fe-​cfb5-​4f57-​b7a2-​015​75d6​b0fd​2?​versionId=0

  • FPGA and Sys­tems-on-Chip:

https://​www.​xilinx.​com/

https://​shop.​trenz-elec­tro­nic.de/de/Pro­duk­te/Xi­linx/

  • ZED-Board in­for­ma­ti­on:

https://​www.​avnet.​com/​wps/​portal/​us/​products/​avnet-​boards/

https://​digilent.​com/​reference/​learn/​pro​gram​mabl​e-​logic/​tutorials/​zedboard-​getting-​started-​with-​zynq/​start

MK117: Mo­dern Mo­bi­le Com­mu­ni­ca­ti­on Sys­tems - Mas­ter mo­du­le (op­tio­nal)

  1. In­tro­duc­tion to 5G - Mo­ti­va­ti­on, Stan­dar­di­za­ti­on, Spec­trum
  2. 5G New Radio (NR) - Sys­tem Over­view
  3. Radio In­ter­face Ar­chi­tec­tu­re
  4. Over­all Trans­mis­si­on Sche­me
  5. Down­link Trans­mis­si­on
  6. Uplink Trans­mis­si­on
  7. LTE / NR -In­ter­wor­king and Co­exis­tence
  8. RF Cha­rac­te­ristics
  • Fur­ther mo­du­le in­for­ma­ti­on:

https://​mod​ulda​tenb​ank.​fh-​kiel.​de/​de-​DE/​Module/​Details/​65eab6ff-​7ce5-​4c1f-​aa8b-​192​6e3c​4453​a?​versionId=0

  • In­te­res­ting Links for fur­ther study:

https://​www.​3gpp.​org/​release-​15

https://por­tal.3gpp.​org/​Spe​cifi​cati​ons.​aspx?​q=1&​series=45&​rel​ease​s=all&​draft=False&​und​erCC=Fal​se&​wit​hACC=Fal​se&​wit​hBCC=Fal​se&​num​berN​YA=Fal​se