257992001

Vtsy< Martsenyuk

Biomedical Systems

ICCAS2016 October 18.2016

Multimedia Systems

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Vlnnltsa National Technical University, Ukrainę Lviv Polytcchnic National Untoerslty², Ukrainę University of Bielsko-Biała¹, Poland

lIwJ ^AtH \BHTV, W S

MULTISPECTRAL CONTROL OF WATER BODIES FOR BIOLOGICAL DIVERSITY WITH THE INDEX OF

PHYTOPLANKTON

Vasyl Martsenyuk³, V. G. Petruk¹, S. M. Kvatemyuk', V. D. Pohrebennyk²,

Y. I. Bezusiak', R. V. Petruk', A. Klos-Witkowska³

INTRODUCTION

Ptiyloplmkion is one of ihc biological indicalors of ihc ccological sliiius of waicr bodics. Chlorophyll a is ihc nmin pigment, wliich is localcd in chloroplast* or similar siruciutc- in uli phoiosyniliciic organisms (characicridic wavclcnglh* 430 nm. 663 nm). Grccn algac conlain chforophyll b (435 ma 645 nm). Dialoms conlain chlorophyll c (440 nm, 583 nm, 634 nm), Sctcclion of chaructcriuic \vavclcngllis for Ihc sludy of pliytoplanklon samplc* of waicr bodic* is defmed by Ihc spcctral dcpcndcocc of ihc rclaiiw performance of Ihc ubsorption of phyioplunklon pigmcnis.

MATHKMATICAL MODKLING POPULATION DYNAMICS OF PHYTOPLANKTON IN AQUATIC ECOSYSTKMS

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lodellng changcs Simpson (D) and Shannon (H) indcxcs for uyilcm in (hc waicr body » a rrsuil of buman unpacts

WD OF MEASUKING TEI.EVISION ■PKCTRAL ENYIRONMENTAL CONTROL OK ■ BODIES FOR TIIF. PARAMETERS OF VUNKTON

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^Meketion of ihc waicr samplc froin a waicr body U bemg ■wilh pump (2) ihc waicr wilh ihc phyioplanklon. pmticln arc ■ puinpcd Ihrough the flow mcasuring ccii (5) lo dnining

"^tin*^,hc mkroscopc (4) and CCD-TV camera (3) mullispcctral rv wasunng analysis of cominuou* action of phytoplankion u bełng madc. in which ihc comporiton of the imago of the pMIdo, oblaincd al wawlcngths charactcrislic of phytoplankion plgmcnu, arc bcing madc In nurnine meusurinn cdi (5) wilh imocn

A Baseball Gamę Analysis by an Extraction of Charact

Toshio Hira, Mizuki Ban*, Shinir^w>

National Instltute of Technology, f

Abstract

f*% tttaucaty analyzn wm plsyi on •wftcabon of typcai tok twonaa m stylo « checkod by mcans of bas or oppontm icams The twnluanon lor¹ rev«aied thit MT -Nart team ii rttN

Introduction and Backar

Innu ihc doiabasc particie* of phyioplanklon (7) by a *pcciali/cd proccssor (8) u*ing Bayc* optinul clii\*iflcr willi rcsolvers funciion bii\cd on Mululiinobi* diMancc. Spcciali/cd processor (8) switchcs Ihc wawkngth of Ihc illiiminator (9). wliich pimidcs muging of paniclcs on ihc chamctcriuic wayclcifólh* of phytoplankton pigmcnis. Spcciali/cd processor (K) calculalcs Ihc numbcr of piinidcs of cvcry spccics of ph)loplanklon ihal ;irc prcscnl in Ihc waicr body,

3. Cakrulalkm błock of Simpv>n and Shannon imlc\e* (10) counis and givcs ihcm lo the inilicalor (11). By using a .spcciali/cd processor (8) il is posublc in rcal limc wilh high accunicy lo identify pliytoplanklon particie*. wliicli can rcducc Ihc absoluic error of dciciminalion (N,) and a rdaiivc numbcr p,*N,IN_t of phytopłanktan particie* of cacli spccics ihal ;trc prcscnt in the samplc. By using Ihc vałuo of Ihc relatise numbcr* of particie* of each spccics of phylnplankton in ihc Simpson and Shannon indn we can rcliahly aucu Ihc Malc of the waicr bod es* ccosystcm.

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•    Folk theory nbout speoftc momontum to pos«trvo or nogi

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Basic data

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Fig. 3. Błock diagram of ihc dcyicc on the basis of mullispcctral telcsision method of mcasurcmcni of ccological sialu* of waicr bod** by (hc pliytoplanklon puninictcn

CONCLUSIONS

In lliis puper his bccn improstd nuthcmatkal model of ihc dynamie* of pliytoplanklon poputalions in (hc oquatic cntfronmcnl ihrough a system of rccurrcncc cqu*iont ihal allowtd u* lo sludy ihc impact on the dcYciopmctu of phytoplankton conccnirations of iwtrienu and totic Mibslanccs. la addilion. malhcmalical modełs havc bccn suggested to simulalc the changc rotio of rcbtht popubiion* of phytoplankion in the waicr during pollution and evaluate inlcgraicd poUulion charactcristics bascd on changc* of the Simpson (D) and Shannon (II) indcic*

Aho, ii ha* bccn suggested a ncw mullispcctral tek*is*on metbod of mcasurcmcni of ccological conlrol sialu* of waicr bodics by phytoplankion paramefer* Ihal alkiwt rcliably assess the status of the waicr bodics" ccosystcm.

Desttaped aulonuicd conlrol and mcasurcment syMem for cnvironmcnial monitoring, which altowa rcal-time monitor the ccological status of waicr bodics by mcans of biomdicatioo by phyioplanklon and integrated conlrol of pollulion of water bodie* and nulrient regime unie compounds ihat affcct the cooctncmion of a ccitain lypc of phytoplankion.

The apcrimcntul results of monitoring of particie conccntraiioiw differem spccie* of phytoplankion allow us lo cstimaie of complcjua anthrupogenic impact on (hc waicr bodics.