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Minkyu Jeon,Boeun Kim,Mingyu Sung,Jay H. Lee 제어로봇시스템학회 2014 제어로봇시스템학회 국제학술대회 논문집 Vol.2014 No.10
Identifying the mechanism for and predicting the metabolic shift between lipid accumulation and cell growth is a key research issue for microalgal biodiesel production. In this study, we propose a novel way to integrate a metabolic network model with a semi-empirical model (called “Droop model”) for predicting the lipid accumulation and cell growth simultaneously. At each time instant of mass balance model integration, the Droop model is used to predict the cell growth rate. Then, the Flux Balance Analysis (FBA) model is used to predict the rate of lipid accumulation, which is biochemically consistent with the predicted growth rate. In order to test the validity of the proposed approach, experiments are conducted for growing microalgae specie C. reinhardtii in a batch photo-bioreactor. Droop model’s parameters are estimated using the gathered data and model predictions for the lipid contents are verified. Parameter sensitivity analysis is conducted to investigate how the various parameters affect the cell growth and lipid accumulation.
Review on Transfer and Processing of the Continuous Information
Minkyu Choi,Alisherov F.A,Seung-Hwan Jeon,Sattarova F.Y. 보안공학연구지원센터 2009 International Journal of Smart Home Vol.3 No.4
In this article some transport-layer access network deployment scenarios that show user equipment accessing the NGN are considered. The figures used to illustrate these cenarios show physical devices and indicate high-level functionality are shown. In the paper we are stating results of issue for developing: algorithms of analysis of quality and choice the most adequate activate function at neural network for smoothing of non-stationary process; algorithms of control the mistakes in the data of a non-stationary nature at formation of training subset; algorithms of adaptive training of neural networks in view of errors in structural components. The new technique and algorithm for analysis of information dynamic characteristics under their incremental characteristics, and also the general principles and rules for the adaptive control of data by non-stationary nature are developed. The general and private decisions of tasks, formulas for estimation of control optimum borders and of minimal mean square deviation are received for the control of the information at stationary, partial-stationary and non-stationary processes. Quality of Service is the subject of multiple researches in network technologies industry that’s why a group of scientists are always working out the new methods and algorithms, which provide corresponding quality of service. We will study this question from the position of routing protocols in on IP-based networks. An increasing number of emerging Internet applications require better than best effort quality of service (QoS) that is offered by the current Internet. Applications such as voice over IP, video on demand (VoD) need end-to-end QoS guarantees defined in terms of throughput, delay and loss rate. However, QoS guarantee for these services require to match optimal routing protocol. That is can significantly increase the complexity and affect the scalability of the network. This paper addresses the analysis of the backbone routing protocols. This paper focuses on relatively simple direct search methods for solving the optimization problem of minimizing a loss function L = Z (θ ) subject to the parameter vector 0 lying in some set 0.
Clinical outcomes after delayed thyroid surgery in patients with papillary thyroid microcarcinoma
Jeon, Min Ji,Kim, Won Gu,Kwon, Hyemi,Kim, Mijin,Park, Suyeon,Oh, Hye-Seon,Han, Minkyu,Sung, Tae-Yon,Chung, Ki-Wook,Hong, Suck Joon,Kim, Tae Yong,Shong, Young Kee,Kim, Won Bae BioScientifica Ltd. 2017 European journal of endocrinology Vol.177 No.1
<P>Conclusions: In PTMC patients, delayed surgery was not associated with higher risk of structural recurrent/persistent disease compared to immediate surgery. These findings support the notion that surgical treatment can be safely delayed in patients with PTMC under close monitoring.</P>
Jeon, Yeseul,Kim, Heegon,Kim, Joungho,Je, Minkyu IEEE 2018 IEEE TRANSACTIONS ON CIRCUITS AND SYSTEMS PART 1 R Vol.65 No.7
<P>In this paper, we propose a new on-silicon-interposer passive equalizer for next generation high bandwidth memory (HBM) with 1024 I/O lines and 8-Gb/s data transmission, which is four times higher than the data rate of HBM generation 2. The proposed equalizer meets the three requirements for the implementation of ultra-high bandwidth interface with wide I/O lines: 1) small area; 2) fine pitch; and 3) low power. The proposed equalizer is embedded in a ground plane on an interposer to reduce additional area consumption. By staggering the equalizers in two rows, 7- <TEX>$\mu \text{m}$</TEX> pitch of the channel can be maintained. The equalizer consumes only 8.24 mW at the data rate of 8 Gb/s since it adopts passive equalization methodology. Robust performance that is independent of insertion location provides design flexibility. The proposed design process for the equalizer helps to reduce manufacturing time and cost. We have verified the performance of the proposed equalizer using simulation and measurement. By applying the proposed equalizer, the eye diagram which was completely closed is successfully open with an eye height of 11.5% <TEX>$V_{{\mathrm {TX,output}}}$</TEX> and an eye width of 57.8% unit interval at a bit-error rate of 10<SUP>−12</SUP>.</P>