Agenda
- Estimated Budget
- Training Program Schedule
- Work Plans (Presentations by Scholars)
- Work Schedules for Other recruits
Suggestions
- Power Issues
- Edge (FOG) Local Cloud , Edge to Storage Device or Cloud
Budgetory Issues
- If the cloud hiring can be performed using alternative source (e.g. IT Dept) the budget would be evenly balanced.
- It was decided in the meeting that the orders will be placed as sson as possible - every member of the group may hand over the quotations etc. to our Accounts Dept. recruit ——-.
- Ms. Arpita Kanjilal will prepare a brief write up so that the technological and societal impact of the course become evident and become popular among different student groups. Handouts may be prepared . ADG and ACK may help in planning the web-content that may be put in the University web page - I think a special web link may be requested for this project.
- Based on the data Kaushik and Anirban will generate sample large volume water data on light-sensitive bacteria in a pond. A floating sensoor device has been planned.
- Kaushik and Piyali will look deeper in the cloud related matter and how the “edge” can be prototyped.
Proposal
| Arduino DUE(D) |
2 |
32-bit ARM core microcontroller |
ADC 16 Bits |
4000 |
| Arduino Nano(D) |
1 |
Prototyping experiments |
Identical to Arduino Duemilanove minus DC power jack |
4000 |
| Raspberry Pi 3+Monitor+Key Board(T) |
1 |
ADC,DAC,Node |
A model for hardware based pedagogy |
10000 |
| Beggale Bone(T) |
- |
- |
- |
10000 |
| Node MCU(T/D) |
4 |
NodeMCU is an open source IoT platform |
Device to Cloud Communication using wifi and message passing mode |
3000 |
| X bee Module(D) |
1 |
point-to-point and star communications at over-the-air baud rates of 250 kbit/s |
do |
3000 |
| SIM 900(D) |
1 |
SIM900 delivers GSM/GPRS 850/900/1800/1900MHz performance for voice, SMS, Data, and Fax in a small form factor and with low power consumption |
do |
2000 |
| Micro SD Card module(T/D) |
2 |
For local data acquisition and experimental result storage |
do |
2000 |
| Imepedance (Converter)(D) |
2 |
Impedance Analysor |
Impedance Analysis of Bio samples |
15000 |
| IDE electrode (10um)(D) |
1 set (20 pcs) |
Probe |
Electrical Measurement for Biosystems |
50000 |
| IDE connector(D) |
1 set |
Do |
Do |
14000 |
| Bread Board (840 point)(D/T) |
5 pcs |
- |
Prototyping Experiments |
1500 |
| +Bread Board (400 point) |
5 pcs |
- |
do |
0 |
| +Bread Board (170 point) |
10 pcs |
- |
do |
0 |
| Tool Box |
1 |
- |
- |
10000 |
| Light Intenisty Sensor(D) |
5 |
Prototyping Experiments |
- |
2000 |
| Discrete Components(D) |
- |
do |
- |
1000 |
| pH Sensor |
1 |
do |
- |
2000 |
| Power Supply (SMPS)+12v/ -12 v |
2pcs |
do |
- |
16000 |
| Mobile Power Bank (10500 mAh)(D) |
1 |
Power Source in Remote Areas |
- |
2000 |
| MCP 4822 DAC (D) |
3 |
- |
Sensor Fabrication |
1000 |
| TLV 4110 (OpAmp)(D) |
1 |
- |
do |
2000 |
| AD5933 (D) |
1 |
- |
do |
4000 |
| Thingspeak A/C(D) |
1 |
- |
Cloud Monitoring |
120000 |
| Voltage Stabilizer(D)/UPS |
3 |
Running Spectrophotometer and Microscope |
- |
36000 |
| Wi Fi Prortable Router with SIM(T/D) |
1 Year |
- |
- |
10000 |
| Opamps |
Mutiple |
Minitarized Cyclic Voltametry |
- |
20700 |
| Dragonboard 410c |
1 |
- |
IoT cum sensing platform compatible with Arduino |
6000 |
| Semiconductor Powder TiO2,BN,MoS2,Other Consumable(D) |
100 gm Each |
Consumable |
- |
80000 |
| Spin-Coater(D) |
1 |
Functionalizing Electrode Device |
- |
130000 |
| Power Supply (SMPS)+12v |
2pcs |
do |
- |
16000 |
Training Program Subject
| Hadoop |
4 |
Prof. Amlan Chakrabarti |
2500 |
10 |
50000 |
| Open Harware Using Matlab |
4 |
Kaushik Chakrabarty,Piyali Ganguly |
2500 |
10 |
50000 |
| Big data handling (R , Python) |
4 |
Prof. Bhaswati Ganguli, Dr.Saptarshi Goswami |
2500 |
10 |
50000 |
| Biosensing |
4 |
Prof. A. Dasgupta, Anirban Bose, Sanhita Ray, Suryyani Deb,Dr. Rajib Bandopadhyay(JU), Dr. Nabarun Bhattacharya(CDAC) |
2500 |
10 |
50000 |
Analayis
library(docxtractr)
eqav<-300000.00
consav<-50000.00
overhead<-267000
avcost<-eqav+consav+0.25*overhead
traincost<-3.67
travel<-60000.00
complx<-read_docx("propo1.docx")
t1<-docx_extract_tbl(complx, tbl_number = 1, header = TRUE, trim = TRUE)
t2<-docx_extract_tbl(complx, tbl_number = 2, header = TRUE, trim = TRUE)
X<-sum(as.double(t1$Price.INR))
Y<-sum(as.double(t2$Renumeerations))
Z<-10*sum(as.double(t2$Student.Expenses))
ss<-sprintf("Equipment Cost=%8.2f,Resouce Person=%8.2f,Per Student Cost=%8.2f\n",X,Y,Z)
bal<-avcost-X
cat(ss)
## Equipment Cost=577200.00,Resouce Person=200000.00,Per Student Cost=100000.00
pp<-sprintf("Available for equipment+Consumable =%8.0f,Estimated Cost for equipment+Consumable = %8.0f Balance =%8.0f INR\n",avcost,X,bal)
cat(pp)
## Available for equipment+Consumable = 416750,Estimated Cost for equipment+Consumable = 577200 Balance = -160450 INR
gg<-sprintf("Training Available =%8.0f ,Training Planned (Student expenses+Renumeerations) =%8.0f , Balance Available for Travel=%8.0f ",367000,Y+Z,367000-Y-Z)
cat(gg)
## Training Available = 367000 ,Training Planned (Student expenses+Renumeerations) = 300000 , Balance Available for Travel= 67000