Title: MSE PROJECT
1MSE PROJECT
(CIS895, Spring 2003)
- Fengyou Jia
- Department of Computing and Information Science
- Kansas State University
2Supervisory Committee
- Major Professor
- Dr. Hankley, William (CIS)
- Committee Members
- Dr. Deloach, Scott (CIS)
- Dr. Zamfir-Bleyberg, Maria (CIS)
3Academic Background
1. Ph. D., University of Kansas, Lawrence (USA),
Jan. 1995--- May 1999. Entomology. 2. M. Sc.,
The Chinese Academy of Forestry, Beijing (P. R.
China), Sept. 1987---Aug. 1990. Insect
Ecology. 3. B. Sc., Beijing Forestry University,
Beijing (P. R. China), Sept. 1980--- July 1984.
Forest Protection (Entomology). 4. MSE
(ongoing), Kansas State University (USA), Jan
2003---2004(?)
4Current Employment
Research Assistant Professor (Official
title) Department of Entomology Kansas State
University Manhattan, KS 66506)
5Research Projects
(Ongoing)
1) A developing user-oriented database for
pesticides 2) Kansas pesticide usage survey
and data analysis 3) Insect Pest Management (on
Cockroaches)
6Program of Study (1)
(Courses taken, taking, and to be taken)
CIS764 A 3 Fall 2000 KSU Database
design CIS798 A 3 Fall 2001 KSU
Pesticide Database CIS748 A 3 Spring 2002 KSU
Software management
CIS864 A 3 Spring 2002 KSU
Data Engineering CIS740 A 3 Fall 2002 KSU
Software Engineering CIS771 3 Spring
2003 KSU Software
Specification CIS895 3 Spring 2003 KSU
MSE Project CIS895 3 Fall 2003 KSU MSE
Project CIS625 3 Spring 2004 KSU Parallel
Programming
Total KSU credits 27 (expected)
7Program of Study (2)
(Courses taken, taking, and to be taken)
(Transferred WORK) Course Grade Credit Year Offe
r Institute Course Name BIOL701 A 2 19
96 University Of Kansas VB Programming BIOL985 A 1
1997 University Of Kansas VB Application BUS920 A
4 1996 University Of Kansas Probability Business
Research BUS921 A 4 1997 University Of
Kansas Statistics for Business Research
8Program of Study (3)
(CIS895 MSE Project)
- I intend to integrate my MSE Project with my
current research program, a user- oriented
database for pesticides. - I am planning to submit a research proposal to
EPA for funding (RAMP) - Second and third Presentation (Scheduled at
next semester).
9A developing user-oriented database for pesticides
(CIS895, MSE Project---Phase 1)
10Problem Statement
- Pesticides were created to control pests and
improve human living quality. Pesticide selection
and application are based on following two
considerations - Pests
- Cost
11Problem Statement
- One problem solved
- Many new problems created
- Hazardous potential to eco-system
- Kill non-target organisms (natural enemy)
- Hazardous potential to the environment
- Water pollution
- Soil pollution
- Pesticide residues in food
12Example pesticide residues in food
Sources http//www.pesticides.gov.uk/committees/W
PPR/discdoc.pdf
1 Additive effect of pesticide residue? 2
Interaction between these residues? 3 some
cancer-related 4 some birth defect-related.
13Problem Statement
- Existing pesticide databases
- Pest-oriented
- Product-oriented
- Administration-oriented
- User-oriented?
14Problem Statement
- A new pesticide database with following features
- User-oriented
- Be able retrieve safety information
- Allow applicators to find the most safe
pesticide product in pest control program
15Purpose
- Provide an easy tool for users
- Storage and retrieval data
- Accessible to public
- Ultimately, reduce and minimizing the usage of
certain hazardous pesticides via using this
database
16Proposed project overview
- Basic version
- Pesticide ingredients
- Pests
- Enhance version (upon funding)
- Pesticide ingredients
- Pests (album, assisting to identify the pest)
- Pesticide products
- Users
17Fig. 1 ER Diagram for pesticide database (Basic
Version)
EPA_no
Ingredient_proportion
Ingredient_name
WHO
Pesticide_no
Model_action
1
Mamtoxicity
EPA_no
EPA
Have
Restrict
1
C/BD
1
Ingredients
EPA_no
1
n
Have
1
BEE
Ecotoxicity
BIRD
Control
Have
FISH
EPA_no
n
1
Pests
Pest_no
Environmental fate
Pest_album
Pest_name
EPA_no
PLP
Pest_description
Pest_group
DT50
FD50
Soil Half_life
Field dissipation Half_life
multiple-valued attributes.
18Fig. 2 ER Diagram for pesticide database
(Enhanced version)
Formulation
Price
Product_no
Manufacture
User_no
User_name
n
1
n
1
Pesticides
Purchase
Contain
Users
Pest
Target_pest
User_address
EPA_no
Register_no
Register_state
multiple-valued attributes.
19Fig. 2 (cont.)
EPA_no
Ingredient_proportion
Ingredient_name
WHO
Pesticide_no
Model_action
1
Mamtoxicity
EPA_no
EPA
Have
Restrict
1
C/BD
1
Ingredients
n
EPA_no
Contain
1
n
Have
1
1
BEE
Ecotoxicity
BIRD
Control
Have
FISH
EPA_no
n
1
Pests
Pest_no
Environmental fate
Pest_album
Pest_name
EPA_no
Pest_description
PLP
Pest_group
DT50
FD50
Soil Half_life
Field dissipation Half_life
multiple-valued attributes.
20Solution
- PC based application
- Microsoft windows
- Graphical user Interface (FrontPage)
- User Configuration
- Designed for over 3000 pesticide ingredients and
more than 1000 pest images
21Who use it?
- Farmers/Ranches
- Professional pesticide applicators
- University and extension agencies
- Environmental protection agencies
- Related government agencies
22Information Tracking and Record
- User information?
- https//www.oznet.ksu.edu/pesticidedatabase/user.a
sp - Pesticide safety information
- https//www.oznet.ksu.edu/pesticidedatabase/interf
ace.asp
23Information Tracking and Record
User information
Name First Last Profession
Address Street City State Zip code
Communication Phone Email Fax Pest to
be controlled Applied Sites Comments
24Information Tracking and Record
Pesticide (product) information ()
Pest Pest to be controlled Pest description
Pest album Mamtoxicity EPA WHO
Cancer/Birth defects related Ecotoxicity
BIRD FISH HONEY BEES
Environmental fates Dissipation half-life (DF50)
Soil half-life (DT50) Leaching Potential
(LP) Pesticide products Active Formulation
Registration States Registration Number
Restricted federal Restricted State Cost
The information is subjected to change
25Benefits (intangible)
- Data information easily to accessible for publics
(final deliverable product only) - Reducing or minimizing negative influence of
pesticides - Protecting the environment (underground waters
and ecosystems)
26My responsibility(in the proposed project)
- Data collections
- Date transformations
- PLP (High, Mid, Low)
- TD50 (High, Mid, Low)
- Database designs
27Project Cost?
- Based upon project plan
- Person-hour 1108 hours,
- Cost 110,800
- Based upon COCOMO (4600 LC)
- Person-hours 1350 hours
- Cost 135,000
- The SW cost estimation is not applicable to my
MSE Project due to following reasons. 1) The
critical parts of this project are data
collections and data transformations (including
categorization), which may take approximately one
year for 2 persons to complete the tasks. The
reviewing process alone for data transformations
may take to 4-6 months, ensuring that general
publics understand the interfaces and all
terminologies used. 2) Several automate tools
will be used for the proposed program. One tool
we will use in interface design is Microsoft
FrontPage (2000), which can automatically
generate desired user interfaces. Another tool we
will use is Oracle9i, which is hugely different
from the previous Oracle versions (e. g.,
Oracle8i). Oracle9i provide the user interfaces
for database designs, database constraint
implementations, data populations, and data
manipulations (insert, modify, delete, update,
etc.).
28Who own the database
- Kansas State university
- Database manipulation
- Data retrieval and data analysis
29What can it do for them?
- Data Retrieval
- Report Generation
- Data Analysis
30When is it going to be done?
- ? (whole project for five years)
- As my part
- Mail Documentation for Presentation 1 4/1/2003
- Presentation 1 4/4/2003
- Documentation Signed off from Presentation1
4/4/2003 - Mail Documentation for Presentation 2 8/1/2003
- Presentation 2 8/22/2003
- Documentation Signed off from Presentation2
8/22/2003 - Mail Documentation for Presentation 3 9/1/2003
- Presentation 3 9/26/2003
- Documentation Signed off from Presentation3
9/26/2003
31Questions suggestions?