Professional Documents
Culture Documents
ISSN No:-2456-2165
Government of India provides various facilities for ration Corruption is a major issue in today’s fast growing world.
and distribution towards to poor people but such facilities do not That’s why there are many researchers had contributed and come
reach and up to needy and poor people due to corruption present up with a different solution in order to avoid corruption. Ration
in the chain of ration distribution all people must have valid a distribution system in India mainly helps BPL category people
ration card to buy the any materials from the ration shop this by supplying them with food grains, kerosene, LPG, sugar, etc. at
material has to be taken from the shopkeeper at one time in relatively cheaper rate. This system works in different levels.
month. If any consumer does not need to buy some material then Registered shopkeepers get ration from government dealers. At
there is no monitoring of such unused material. So the different levels quantity information and other transaction details
shopkeepers are doing misuse of this material buy selling in the are maintained separately. All this work is done manually. Every
market with market less and doing the corruption. family is provided with a ration card which is in simple paper
diary format. This ration card includes each family member’s
The ration card is mainly used for purchasing subsidized name, age, gender and relation with family head. The ration card
foodstuffs and fuel. It also provides connection with government which is currently in use is as below
database. The present ration card distribution system has many
drawbacks such as inaccurate quantity of goods, manual work,
low processing speed, large waiting time, and redundant data.
Many times shopkeepers also indulge in forgery by providing
ration under false names, in the names of ineligible people, dead
people, and duplicate names from other areas. Shopkeepers also
tend to show fake quantities of goods available in shop to higher
authority person. Hence there is a need to improve our current
corrupt ration distribution system.
the ATM.
I1=Thumb scanner SHA works with any input message that is less
than 2^64 bits in length. The output of SHA is a message
I2=Voice input digest,which is 160 bits in length.
I3=Input data added by admin
It having 2 features:-
Process: - {P1, P2, P3, P4, P5,P6,P7,P8}
1.Obtain the original message, given its message digest.
P1=Match thumbs 2. Find two messages producing the same message digest.
P2=Speech Recognition
B. Algorithm Steps
P3=Register new ration card
Step 1: Append Padding Bit
P4=Edit user Message is “padded” with a 1 and as many 0’s as
necessary to bring the message length to 64 bits fewer
P5=Allocate ration
than an even multiple of 512.
P6=Bill generation Step 2: Append Length
64 bits are appended to the end of the padded message.
P7=Send Message These bits hold the binary format of 64 bits indicating
the length of the original message.
P8=Maintain history Step 3: Prepare Processing Functions
Output: -{O1, O2,O3} The input message is divided into blocks, each of its
512 bits. These blocks become the input to the message
O1=Update database digest processing logic.
Step 4: Initialize Chaining Variable
O2=Ration detail send on the user mobile Five chaining variable A through E are initialized.
O3=Manage history A = 0x67452301
B = 0xEFCDAB89
Venn diagram: C = 0x98BADCFE
D = 0x10325476
E = 0xC3D2E1F0
Step 5: Process blocks
abcde =The register made up of 5 variable a, b, c, d, e The experimental setup for the proposed system will consist
Process P =The logical operation of a database, biometrics, voice recognition, load sensor and
system at ration shop with installed proposed system application.
S^t =Circular-left shift of 32-bits sub-blocks by t bits A different platform and technology, which are used for building
W[t] =32 bit derived from the current 32 bit sub block this proposed system, are as follows:
K[t] =One of 5 additive constants.
Operating system: Windows
Language: Core Java.
Database: MYSQL.
Mobile Phone.
VII. OUTCOMES
VIII. CONCLUSION