Network performance with DDOS attack using IAFV for botnet identification
One of the most dangerous attacks is Denial-of-Service (DoS). It’s a kind of volumetric attack. Proposed a framework to evaluate the network’s performance under this attack with various network parameters. Among all the network attacks, the Distributed Denial of service (DDoS) attack is easier to carry out, more harmful, hard to be traced and difficult to prevent. So, this threat is more serious. The DDoS attack makes use of many different sources to send a lot of useless packets to the target in a short time, which will consume the target’s resource and make the target’s service unavailable. The bots may be either themselves malicious users that have been preliminarily infected (e.g., worms and /or Trojans). In order to quantify the botnet learning ability in this work, Emulation Dictionary Rate (EDR) is introduced. Implemented a novel detecting algorithm for DDoS attacks based on IP Address Features Value (IAFV) to read the characteristics of the network based on time delay, throughput and packet delivery ratio. In the proposed system, a hybrid algorithm for botnet identification is implemented to analyze the network performance at the time of attack. Numerous relevant parameters including throughput, time delay and packet delivery ratio are evaluated. Using IAFV time series to describe the state change features of network flow and detecting DDoS attack is equivalent to classifying IAFV time series virtually. It has Support Vector Machine (SVM) classifier to get the optimal solution based on the existing information under the condition that the sample size tends to be infinite or be limited.
Published by: Abinaya R, S. Nandha Kumar
Author: Abinaya R
Paper ID: V4I3-1651
Paper Status: published
Published: May 30, 2018
Use of calcium chloride for soil stabilization and dust suppression of unpaved roads
In this study, Index properties of the soil sample, taken from campus, were determined to comment on the nature of the soil, and then its strength is determined in terms of CBR value. The strength of this soil sample was compared with that of soil samples prepared with adding 2% and 4% of CaCl2 in the form of the flake. From the results of the study, samples of soil with 0 to 4% calcium chloride have reached optimum strength. Findings showed that soil containing Calcium chloride 0 to 4% showed the highest amount of strength of soil.
Published by: Anil Chhangani, Vijay Kumar Meshram, Nirbhay Dangi
Author: Anil Chhangani
Paper ID: V4I3-1635
Paper Status: published
Published: May 29, 2018
The study of characteristic behaviour of quarry and furnace waste lightweight bricks: A review paper
Quarry Dust and the crushed brick as alternative aggregates for concrete production for low-cost housing since it is clear that the rising cost of concrete materials coupled with environmental degradation has impaired the construction industry. The following tests were carried out to determine the physical properties of these materials; density tests, silt content, water absorption, sieve analysis, specific gravity, flakiness index and aggregate crushing value. The research was conducted by testing concrete cylinder and cubes specimens at ages of 7, 14 and 28days concrete with concrete mix ratios 1:1.5:3 with a target strength of 25N/mm2 and 1:2:4 with a target strength of 20N/mm2. Samples of concrete specimens were made using varying contents of quarry dust and laterite as fine aggregate. India is a developing contrary due to there is a huge need of infrastructure that is why construction is very important. In the construction the main material his problem we are making brick using Furnace Waste. This brick is stronger economical and effective than the clay brick. This process also helps in converting industrial waste material into quality building material. In this study, the fine and coarse aggregates were completely replaced by Furnace Waste aggregates in Furnace Waste concrete. 1) A mix design was done for M20 grade of concrete by IS method. Ordinary Portland cement of 43 grade was 2) selected and Furnace Waste aggregates were prepared by mixing Furnace Waste with cement and water. The properties of Furnace Waste In the present study we are making three types of Furnace Waste bricks in the different percentage of cement such as 3%, 5% and without cement. And after making these bricks various tests were performed such as compressive strength test, water absorption test, efflorescence, weight test, structural test and cost analysis and these results were compared with conventional bricks results.
Published by: Sandeep, Nitin Thakur
Author: Sandeep
Paper ID: V4I3-1657
Paper Status: published
Published: May 29, 2018
Design of net zero energy residential building
The main objective of this paper is the whole design of a Net Zero Energy Residential Building. It is much difficult to understand the overall concept of a net zero energy building. As all, we know that the building has a significant impact on the energy use and the environment which in turn effect on the development of the present era. The proposed site for the Net zero residential building is in Lakkidi near Palakkad, Kerala. A complete design has done for the proposed NZERB using Indian standard codes. We have selected the site for the proposed building and various climatological surveys were conducted. Structural and functional design of the (G+1) residential building is completed and detailed estimates of conventional building and zero energy building has been prepared and conducted the comparative study.
Published by: Sruthi J, Gokuldeepan P
Author: Sruthi J
Paper ID: V4I3-1671
Paper Status: published
Published: May 29, 2018
Smart parking system using IoT
These day's usage of personal vehicles is increasing to commutate than depend on public transportation. Due to increasing personal vehicles, it’s a big task to find a parking space in most of the cities. To overcome this problem we are introducing the new concept of smart parking system using IoT. The main objective of this project is to find free slots in any parking area. It allows us to register a free slot with user details and then the unique id is generated for that particular slot. When the vehicle enters the parking slot it asks for the ID which was generated while booking, if the ID is valid then only it allows the entry into the parking slot. If ID is not valid it does not allow.
Published by: Roja T V, Sandhya N, Ashwini, Harshitha Bedre, Dr. Prabha R
Author: Roja T V
Paper ID: V4I3-1659
Paper Status: published
Published: May 29, 2018
AHB design and verification AMBA 2.0 using System Verilog
Bus protocol is important in the field of Intellectual Property (IP) reuse by standardizing the interface of the hardware component as they help in simplifying the task. The Bridge between Advance High Performance (AHB) master and AHB slave also play an important role in communication. Advance Microcontroller bus architecture (AMBA) is the solution for the block to interconnect with each other AMBA protocol family is used to replace complex bridges with the specific protocol block interface in SoC design. The new verification constructs can be easily reused for the objected-oriented feature of System Verilog. The paper also introduced how to design the AMBA (advanced microprocessors bus architecture) verification IP (intellectual property) by System Verilog, which include AHB (advanced high-performance bus) master and AHB monitor. The verification IP can be reused to verify any AMBA protocol based SoC. To reduce the time spending in the verification, a reference model designing method is also discussed in the paper. The approach is to design the core that contains the processing hardware and the minimal interface is adapted by specific protocol by using a wrapper. It is suitable for low latency and high bandwidth design and provides the flexibility in implementation of interconnect architecture, also provides high frequency of operation without using complex bridge Advanced Microcontroller Bus Architecture (AMBA) is the on chip communication standard generally used for designing high performance embedded controller and the IP for verification can be reused to verify other AMBA protocol based System on chip (SoC). The tools used for this project is Modelsim.
Published by: Divya M, Dr. K. A. Radhakrishna Rao
Author: Divya M
Paper ID: V4I3-1663
Paper Status: published
Published: May 29, 2018
