ชื่องาน: EFFECT OF SPENT WASH LIQUOR ON SOIL PH, ELECTRICAL CONDUCTIVITY, ORGANIC MATTER, EXTRACTABLE CALCIUM AND MAGNESIUM OF COARSE-TEXTURED AND FINE-TEXTURED SOILS

วารสาร/งานประชุมวิชาการ: KKU Engineering Journal

ผู้เขียน: ผศ.ดร.สุทธิพงศ์  เปรื่องค้า

ระดับ: ชาติ

ปี: 2016

สถานะผู้เขียน: ผู้เขียนหลัก

บทคัดย่อ: -

 

Abstract:

Two sets of completely randomized design with 4 replications to investigate some changes of soil properties after applying7 rates of spent wash liquor (0, 45, 90, 140, 190, 380, and 560 ton/ha) were performed on coarse-textured and fine-texturedsoils. Daily irrigation depending on annual rainfall distribution of 2015 was supplied into each experimental unit. Afterapplying treatments for a year, it was found that spent wash liquor significantly increased soil pH, lectrical conductivity (EC),and organic matter content of both coarse-textured and fine-textured soils. However, this effect was clearly shown in topsoil in that pH and EC were higher than that in subsoil. Regarding soil fertility, this research study also revealed that spent wash liquor significantly improved the availability of secondary nutrient elements (Ca and Mg), particularly in topsoil.

 

Download: Abstract_pdf

ลำดับ ชื่อผลงาน สถานะผู้เขียน รายละเอียด
1 EFFECT OF SPENT WASH LIQUOR ON SOIL PH, ELECTRICAL CONDUCTIVITY, ORGANIC MATTER, EXTRACTABLE CALCIUM AND MAGNESIUM OF COARSE-TEXTURED AND FINE-TEXTURED SOILS ผู้เขียนหลัก เยี่ยมชม

ชื่องาน: The Improving Decryption Process of RSA by Choosing New Private Key

วารสาร/งานประชุมวิชาการ: International Conference on Information Technology and Electrical Engineering

ผู้เขียน: ผศ.ดร.กฤษณพงศ์ สมสุข

ระดับ: นานาชาติ

ปี: 2016

สถานะผู้เขียน: ผู้เขียนหลัก

บทคัดย่อ: -

Abstract:

RSA is the best well – known and the most widely
used of public key cryptosystem. The advantage of this algorithm
is that the senders who have the public key and the receivers who
have private key can communicate each other via the unsecured
channel secretly. However, the processes of RSA have to take
very great computation cost especially in the decryption process.
In this paper, the improving decryption process of RSA, is called
New Private Key of RSA (d-RSA),is proposed to reduce the
computation cost of the decryption process. The key is to find the
new private key, which has low Hamming weight while the values
of public key and modulus are not changed. With the low
Hamming weight, it implies that the computation cost of
decryption process of d-RSA is certainly reduced when compared
with the same process which has the higher Hamming weight in
RSA. Furthermore, it implies that not only the private key which
is the inverse of public key modulo Euler function but also the
other keys that can decrypt the ciphertext. In addition, with
reducing computation cost, the proposed method is the better
choice when low power devices are chosen to decrypt the
ciphertext.

 

Download: Abstract_pdf

ชื่องาน: The Improving Decryption Process of RSA by Choosing New Private Key

วารสาร/งานประชุมวิชาการ: International Conference on Information Technology and Electrical Engineering

ผู้เขียน: ผศ.ดร.กฤษณพงศ์ สมสุข

ระดับ: นานาชาติ

ปี: 2016

สถานะผู้เขียน: ผู้เขียนหลัก

บทคัดย่อ: -

Abstract:

RSA is the best well – known and the most widely
used of public key cryptosystem. The advantage of this algorithm
is that the senders who have the public key and the receivers who
have private key can communicate each other via the unsecured
channel secretly. However, the processes of RSA have to take
very great computation cost especially in the decryption process.
In this paper, the improving decryption process of RSA, is called
New Private Key of RSA (d-RSA),is proposed to reduce the
computation cost of the decryption process. The key is to find the
new private key, which has low Hamming weight while the values
of public key and modulus are not changed. With the low
Hamming weight, it implies that the computation cost of
decryption process of d-RSA is certainly reduced when compared
with the same process which has the higher Hamming weight in
RSA. Furthermore, it implies that not only the private key which
is the inverse of public key modulo Euler function but also the
other keys that can decrypt the ciphertext. In addition, with
reducing computation cost, the proposed method is the better
choice when low power devices are chosen to decrypt the
ciphertext.

 

Download: Abstract_pdf

ชื่องาน: The Improving Decryption Process of RSA by Choosing New Private Key

วารสาร/งานประชุมวิชาการ: International Conference on Information Technology and Electrical Engineering

ระดับ: นานาชาติ

ปี: 2016

สถานะผู้เขียน: ผู้เขียนหลัก

บทคัดย่อ: -

Abstract:

RSA is the best well – known and the most widely
used of public key cryptosystem. The advantage of this algorithm
is that the senders who have the public key and the receivers who
have private key can communicate each other via the unsecured
channel secretly. However, the processes of RSA have to take
very great computation cost especially in the decryption process.
In this paper, the improving decryption process of RSA, is called
New Private Key of RSA (d-RSA),is proposed to reduce the
computation cost of the decryption process. The key is to find the
new private key, which has low Hamming weight while the values
of public key and modulus are not changed. With the low
Hamming weight, it implies that the computation cost of
decryption process of d-RSA is certainly reduced when compared
with the same process which has the higher Hamming weight in
RSA. Furthermore, it implies that not only the private key which
is the inverse of public key modulo Euler function but also the
other keys that can decrypt the ciphertext. In addition, with
reducing computation cost, the proposed method is the better
choice when low power devices are chosen to decrypt the
ciphertext.

 

Download: Abstract_pdf