Mathematical model

EVALUATION BETWEEN MATHEMATICAL MODELS FOR DRUG RELEASE OF CURCUMIN LOADED MULTIFUNCTIONAL ALBUMIN NANOPARTICLES Abstract: Curcumin loaded albumin nanoparticles were employed for intra-tumoral chemotherapy for treatment of solid tumors1. Drug release study for Curcumin was monitored in-vitro using dialysis1. The drug release data was fitted into 5 mathematical models such as zero order, first order, Hixen-Crowell, Higuchi release and Korsmeyes-Peppas release kinetics model. R2 coefficient was

V. MATHEMATICAL MODEL Although there are differences between the architectures discussed so far, they however have 3 similar duties they perform [16] namely; 1) Infrastructure maintenance of the peer-peer system: This task involves handling the periodic arrival and departure of peers to and from the network. Prompt update of the indices of newly arriving peers and ensuring of connectivity among

The model The model consisted in 11 submodels, one equation was used to calculate a random population and simulate the IAA to each individual for all treatment (level of methionine+cysteine). The FI and MCI are describing according to the performance of the flock population, with the price of amino acid is calculated the feed cost with the increase of IAA. The model preconized that the optimum IAA is dependent on the economic variables, therefore the model defines the NR with the variation of the

During my colleague career, I had multiple statistical and model prediction courses that gave me the required foundation to handle this project successfully. For instance, I had Probability Theory and Stochastic Process, Thuy Mai CEO Kyle Jordan VP Marketing Rachelle Edllund Account Manager John Nguyen CSO Surya Sunkara Opearations Research Analyst MIke Nedeau VP Sales Independent Study in EMGT (Course Topic Robustness in Reverse Logistics) and Six-Sigma Quality courses that helped me to develop

disciplines. As stated by the National Academies, what is needed is a “comprehensive synthetic framework” that melds the knowledge at the intersection of these disciplines. But there are multiple difficulties to be overcome for the principles and models of behavioral and cognitive science to converge with engineering and mathematics. To overcome the challenges for convergence, languages and lingos need to be shared to guide engineers to important human aspects that need to be represented mathematically

indicates that their numerical value is equivalent. Like fiction, maths merely requires us to suspend our disbelief long enough for us to understand whatever story or message the author is trying to impart. This philosophical position is called Mathematical Fictionalism. Its proponents believe that mathematics are purely fictional but are still functional as long as its purpose is not meant to be a mirror of reality (Leng, 2016). However, this position calls into question the validity of mathematics

However, the constraints related to the direct usage of machines are not explicitly considered sequence-dependent setup time, maintenance activities, transportation times of production, which makes to assume mathematical models is closer to the real practice in industry. The sequence-dependent setup time is a limitation of assumption and included in the processing time that set up time of previous job is processed on each machine will affect the setup time of different

Jawaharlal Nehru University. The current internship under him has given me opportunities to look at some interesting mathematical models in diverse fields. For instance, first project gives an insight into a portion of the current research being carried out in dynamics of Complex Networks, in collaboration with Prof. B. Biswal, Delhi University. The project involves construction of mathematical model of dynamics of social networks incorporating Hebbian learning. With this, we are also working on multilayered

software which caters to the impulse waveforms studies. The GUI will have the text entry fields to input the circuit parameters and there will be plotting space where the impulse waveform will be plotted. The framework of the software will be the mathematical model of the impulse generator circuit. For different input values, the corresponding waveforms will be obtained. The main focus of this research will be towards accessing waveforms and its characteristics that corroborates the industry standard and

Simulation modelling is the procedure of developing and analysing a prototype of a physical model to predict its behaviour and performance in real-world or over time. A model represents the system itself and the simulation represents the operation of the system over a specified time period. It can be used to show the effects of possible conditions and the sequence of action. Modelling and simulation helps obtaining information about how a system will perform without testing it in real life. It shows