 from high blood sugar, which may cause an array of physiological derangements (for example, kidney failure, skin ulcers, or bleeding into the vitreous of the eye) associated with the deterioration of small blood vessels. A hypoglycemic reaction (low blood sugar) may be induced by an inadvertent overdose of insulin, or after a normal dose of insulin or glucose-lowering agent accompanied by extraordinary exercise or insufficient food intake.
Conventionally, a diabetic person carries a self-monitoring blood glucose (SMBG) monitor, which typically comprises uncomfortable finger pricking methods. Due to the lack of comfort and convenience, a diabetic will normally only measure his or her glucose level two to four times per day. Unfortunately, these time intervals are so far spread apart that the diabetic will likely find out too late, sometimes incurring dangerous side effects, of a hyper- or hypo-glycemic condition. In fact, it is not only unlikely that a diabetic will take a timely SMBG value, but the diabetic will not know if their blood glucose value is going up (higher) or down (lower) based on conventional methods, inhibiting their ability to make educated insulin therapy decisions. In current business environment, all types of business data are becoming more and more crucial to business success. The tremendous growth and complexity of business-generated data is driving the demand for information storage, defining the way of sharing, managing and protection of information assets.
Typically, no single technology or architecture is able to address all the needs of any organization. Main storage technologies are described, for example, in the White Paper by EMC, “Leveraging Networked storage for your business”, March 2003, USA and basically can be identified by location and connection type (intra-computer storage, direct attached storage (DAS), IP, channel networks, etc.) and by the method that data is accessed. There are three basic types of storage architectures to consider in connection with methods of data access: Block Access, File Access, and Object Access.
In block mode access architecture, the communication between a server/client and a storage medium occurs in terms of blocks; information is pulled block by block directly from the disk. The operation system keeps track of where each piece of information is on the disk, while the storage medium is usually not aware of the file system used to organize the data on the device. When data need to be read or updated, the data are directly accessed from the disk by that processor which knows where each block of data is located
from high blood sugar, which may cause an array of physiologic derangement (for example, kidney failure, hide ulcer, or bleeding into the vitreous of the eye) associate with the deterioration of small blood vessel. A hypoglycemic reaction (low lineage sugar) may be induced by an accidental overdose of insulin, or after a normal dose of insulin or glucose - lowering agent accompanied by extraordinary exercise or insufficient food intake. 
 Conventionally, a diabetic person carries a self - monitor blood glucose (SMBG) monitor, which typically comprises uncomfortable finger goad methods. Due to the lack of comfort and convenience, a diabetic will normally only quantify his or her glucose level two to four time per day. Unfortunately, these time intervals are therefore far spread apart that the diabetic will likely find out too late, sometimes incurring dangerous side effects, of a hyper- or hypo - glycemic condition. In fact, it is not only unlikely that a diabetic will take a timely SMBG value, but the diabetic will not know if their blood glucose value is going up (high) or down (lower) based on ceremonious method, inhibit their ability to make educated insulin therapy decisions. In current clientele environment, all types of business data are becoming more and more all-important to business success. The tremendous growth and complexity of business - generated data is driving the demand for information storage, defining the direction of sharing, managing and protective covering of information assets. 
 Typically, no single technology or architecture is able to cover all the needs of any organization. Main storage technologies are described, for example, in the White Paper by EMC, “ Leveraging Networked storage for your occupation ”, March 2003, USA and basically can be identified by location and association type (intra - computer storehouse, direct affiliated storage (DAS), IP, channel net, etc .) and by the method that data is access. There are three basic type of storage architectures to study in connection with methods of data access: Block Access, File Access, and Object Access. 
 In block manner access architecture, the communication between a waiter / client and a storage medium occurs in terms of blocks; information is pull block by block directly from the disk. The operation arrangement observe track of where each piece of information is on the disk, while the storage medium is usually not mindful of the file system used to organize the data on the device. When data need to be read or updated, the data are directly access from the disk by that processor which knows where each auction block of data is located
 frlm high blood sugar, whicm may cause an atrqy of 'hysiolkgical ddrangements (for example, kidnxy fqilurt, skin ulcers, or bldeding inno the virreons of the eye) associated with fme dececioration of smsll blood eessels. A hypoclhczmic reaction (low blood sugar) may be inducec hy an inadvertgnt onewdoss of insulin, or after a normal doss of invulin or glucpse-lowering agent accompanled hy extraordinary edercise or unsusdicient food intake.
Connzntionally, z diabetic person carries a selw-monicoring blooe tlufmse (SMBG) moiitor, rhich typically compsises umcomfortable flnger prucking methods. Due to the lack of comfott and coneeuience, a diabetic wilo bormanly mnly nearurt hms kr her glncose level two to foue times per day. Unfprelmately, these time yneervals are so far spread apart that tht diagetic will likely find iut too late, sometimed incurrigg dangerous side effects, of a hyper- or hypo-glycekic ckvdiuiin. In daft, it is not only unlikely that a diabetic wijm uakv a timely SMBG vclue, but the dianehiv will not knod if tksid blood glucose vapue is doing up (highew) or down (lower) based on convenrional methobs, unhibiting their ayility to maye ecucatrd insulin therapy deciriona. In currenh businesa environment, all tyies mf busintrs data are becomyng more end mpre cruzial to bufiness sucfess. Bve tremendous growhh anb com[lexity of business-generated data is drivmig the demand fmr pnformatijn stprage, definind the way of skaring, mcnagine and protvction of informatiog assets.
Typicdply, no singlx technoljgy ir aechitecgjre is able to address cjl tye needs of any ornanizxfion. Main storayt ttcynologies are ceszrifef, hor evdmple, in the Whige Osper cy EMC, “Levevagkng Metworked storage fos yohr business”, March 2003, UFA and bqsically can be identofied by location wnd cmnnxction tyke (intra-computer storage, direct attached stjrage (DAS), IP, chaknel networks, ztc.) and by the method that data is acceswed. There are thrge basic types of stotagt architecturxs to sonsider hn connection with mwthods of data acgess: Block Access, File Accesv, and Object Access.
In block mode access architecture, the communication between a sertew/client and a syoragv mzdibm occuws ii verms of blocks; imformation is pulled block by buock diraccly from the disk. The operatipn system keeps track of where each piede of ingormation is on the disk, while yhe storage medium is usmally not awars of the fmle system used to otganizz the eata on the device. When aats keed to be reav ox updated, the data are directly axcessee vrom the disk by that procedror wgich kgows where each gloci of dxta is locatec
from high blood sugar, which may cause of derangements (for kidney failure, skin vitreous the eye) associated the deterioration of blood vessels. A hypoglycemic reaction (low sugar) may be induced by an inadvertent overdose of insulin, or after a dose of insulin or glucose-lowering agent accompanied by extraordinary exercise or insufficient food Conventionally, diabetic carries self-monitoring blood glucose (SMBG) monitor, which typically comprises uncomfortable finger pricking methods. Due to the lack comfort and convenience, a diabetic will normally only his or her glucose two to four times per Unfortunately, time intervals so spread that the diabetic likely find out too late, sometimes incurring dangerous side effects, of a hyper- or hypo-glycemic condition. In it is unlikely that diabetic take timely SMBG value, diabetic will not know if their is going up (higher) or down (lower) based conventional methods, their ability to make educated insulin decisions. In current business environment, all types of data are becoming more and more crucial to business success. The tremendous growth and complexity data is driving the for information storage, the of managing protection of assets. Typically, no single technology or architecture is able to address the needs of any organization. Main storage technologies are described, in White Paper by “Leveraging Networked storage for business”, 2003, USA and basically identified location (intra-computer direct storage (DAS), IP, channel etc.) and by the method data is accessed. There storage architectures to consider in connection with methods data access: Block Access, File Access, and Access. In block mode access architecture, the communication between a server/client and storage medium terms of blocks; information is pulled block by directly from the disk. operation system keeps track of where each piece of is the disk, the storage medium usually not aware the file system organize the on device. to be read or updated, the are accessed from the disk by processor where each block of data is located
 from high blood sugar, which maY cause an arRay of PhySioLoGicaL derAngements (for exAMple, Kidney failure, skin ulcerS, or blEeDIng iNTo The viTreous oF ThE EYe) aSsOcIatEd WItH the dEteRioratiOn of small bLooD vEssels. A hypogLYcEmic reactiOn (lOw blood sugar) May Be induCeD by AN inadVerTent oVerdosE Of insuLin, or afteR a NOrmal dOSe of insULIn Or glUcose-lowering agenT AcCOmpanied by extrAordinArY ExERCisE or InsufficieNt Food iNTake.
ConVEnTIONalLY, a diabetic perSon carries a SElf-MonitoRiNg bLOod gluCose (SmBg) MonItor, which tyPicaLly compriSes uncOMfortabLE finger PrickiNg mEthOds. DUE tO tHe lAcK Of cOMfOrt ANd cOnvenienCe, A dIabetIc wiLL NORmalLy oNly mEasurE his or her glucOse LeveL Two To fouR timeS per DaY. UnfoRtunatEly, thEsE time intervals aRe so Far spread ApaRt ThaT tHe diaBEtic wiLl lIkeLy find oUt too laTE, soMeTIMEs Incurring dangerous SiDE EfFects, of a Hyper- oR HyPo-GLycemic cOnDitIon. IN FAct, it Is noT OnLy unlikeLy that A DiAbEtic wilL tAke a tiMeLy SmBG Value, BUt thE diabeTic will nOt knoW If their blood glUCose value is goINg UP (HiGHer) oR doWn (lower) baseD on cONvenTionAL mEthODs, inhIbitiNg THeIR ability to make educaTeD insulIn theRapy decisions. in current bUSINess enviRonmENt, ALl types of businEss daTa are becomINg more anD more Crucial tO business SUCcess. The TreMenDouS grOWTh And complexity OF BusiNeSs-generAteD data is DriVinG thE deMaNd for infoRmation sToRaGe, DeFinIng thE Way of shaRiNg, mAnAgiNg and PRotectIon of InfoRmAtIOn aSsets.
TyPIcALLy, no SiNgLe teChnOlOgy or ArchITecTure is aBle to addrEss ALl thE nEeDs of any Organization. MAiN storage teChNolOgies aRE DescribeD, for example, in the White PaPEr by EMC, “levEragiNg NeTworked stOraGe for yOur BUsinesS”, March 2003, uSA anD bAsiCALly caN BE iDenTiFied by locaTIOn aNd conNeCtioN type (inTra-computer storage, DIreCt attached stoRagE (DAS), ip, ChAnnEL nETwoRkS, Etc.) AND by the method thaT data is accEsSEd. there are thREe bAsIc types Of storaGe arcHItecturEs to consiDer in connEcTion WITh mEthods of daTa access: block AcceSS, File aCcEss, anD ObJect AcCeSs.
IN blocK mode aCCesS archItectuRe, The comMunicAtIon betweEn a server/client and a storAge medIum ocCurS in terms oF blOCks; InformatiOn is Pulled blocK by BloCk dirEctLY from The dISk. the OPeratIon sYStem keeps TRaCk oF WHeRe each piece OF INfoRmatiOn iS On the dIsk, wHile the storage medIUm is usually not AwarE OF thE fiLE sysTeM used to organizE thE dATA on the deViCe. When data nEed to be rEaD Or updAted, thE data aRe direcTLY aCCessed From The Disk by thaT prOcESsor whiCh KnOWs wherE eacH bLock of Data is LOcatED
 from high blood sugar, wh ich may ca use a n a rra yof p hysi ological deran g emen ts (for example, kidne y fai lu r e, s k in  ulce rs, orb le e d ing  i nt o t he vi treou s o f the e ye) associ ate dwith the det e ri oration of  sm all blood ve sse ls. Ahy pog l ycemi c r eacti on (lo w  blood  sugar) m ay be ind u ced bya n  i nadv ertent overdose o f  i n sulin, or afte r a no rm a ld o seofinsulin or  g lucos e -loweri n ga g e nta ccompanied by  extraordin a ryexerci se  or insuff icien tf ood  intake.
Co nven tionally,  a dia b etic pe r son car ries a  se lf- moni t or in g b lo o d g l uc ose (SM BG) moni to r,  whic h ty p i c a llycom pris es un comfortable f ing er p r ick ing m ethod s. D ue  to t he lac k ofco mfort and conve nien ce, a dia bet ic  wi ll  norm a lly on lymea sure hi s or he r  gl uc o s e  l evel two to four t im e s  p er day.Unfort u na te l y, these  t ime  int e r valsares ofar spre ad apa r tth at thedi abetic  w ill  li kelyf indout to o late,somet i mes incurringd angerous side ef f e ct s , of  ahyper- or h ypo- g lyce micc on dit i on. I n fac t, it is not only unlikel ythat a  diab etic will tak e a timely S M BG value , bu t  t h e diabetic wil l not  know if t h eir bloo d glu cose val ue is goi n g  up (hig her ) o r d own ( lo wer) based on c onve nt ional m eth ods, in hib iti ngthe ir  abilityto makeed uc at ed  in sulin therapyde cis io ns.  In c u rrentbusin essen vi r onm ent, al l  t y p es o fbu sine ssda ta ar e be c omi ng more  and more  cr u cial  t obusines s success. Th etremendous  g row th and c omplexit y of business-generated data is  dr iving  the  demand f orinform ati o n stor age, d efini ng  th e way o f sh ari ng , managing a ndprote ct ionof info rmation assets.
Ty p ica lly, no singl e t echn o l og y o r  a r chi te c tur e is able to addr ess all th en ee ds of anyo rga ni zation.  Main s torag e  techno logies ar e describ ed , fo r exa mple, in t he White  Paper by EMC,“ Le verag ing  Netwo rk edstora ge for you r bus iness” ,March2003,  U SA and b asically can be identif ied by  loca tio n and con nec t ion  type (in tra- computer s tor age , dir ect attac heds to rag e  (DAS ), I P , channel ne two r k s,  etc.) andb y the  meth odt hat da ta i s accessed. There are three basi c ty p e s o f s t orag earchitecturestoco n s ider inco nnection wi th metho ds of da ta acc ess: B lock Ac c e ss ,  FileAcce ss,  and Obje ctAc c ess.
In  b lo c k mode  acc es s arch itectu r e, t h e  communication b etwee n a ser v er/ clien tand a s t orag e medium o ccurs in te rms of  blo cks;informa ti on ispul le d block by block dir ectly  from t he  dis k.The op erat i o n sys temke eps  track of w he r eea c h p iece  of i nf orma tion is o n  the dis k,w hile th esto r a ge med i um i s usuallynot  awar e of the fil e  sys t em usedto org anizethe dat a  on  t he devi ce. W hen dataneed to b e  re ad  orupdated,  t he d at a a re  directly acces sed from  the dis k by tha t p r oces s or whi ch  knows where  each  b l ock ofd a tais loca t ed
 from_high blood_sugar, which may cause_an array_of_physiological derangements_(for_example, kidney failure,_skin ulcers, or_bleeding into the vitreous_of the eye)_associated_with the deterioration of small blood vessels. A hypoglycemic reaction (low blood sugar) may_be_induced by_an_inadvertent_overdose of insulin, or after_a normal dose of insulin_or glucose-lowering_agent accompanied by extraordinary exercise or insufficient food_intake.
Conventionally,_a diabetic person_carries a self-monitoring blood glucose (SMBG) monitor, which typically_comprises uncomfortable finger pricking methods. Due_to the lack_of_comfort_and convenience, a diabetic_will normally only measure his or_her glucose level two to four_times per day. Unfortunately, these time intervals_are so far spread apart that_the diabetic will likely find_out too_late, sometimes incurring dangerous side_effects, of a_hyper- or_hypo-glycemic condition. In_fact, it is not only unlikely_that a diabetic_will take a timely SMBG value,_but_the diabetic will_not_know_if their_blood glucose value_is_going up_(higher)_or down (lower) based on conventional_methods,_inhibiting their ability to make educated insulin_therapy decisions. In current_business_environment, all types of_business data are becoming more_and more crucial to business success._The tremendous_growth and_complexity of business-generated data is driving the demand for information storage,_defining the way of sharing, managing_and protection of information_assets.
Typically, no_single_technology or architecture_is_able to_address all the needs of any organization._Main storage_technologies are described, for example, in_the White Paper by_EMC,_“Leveraging Networked storage for your business”,_March 2003, USA and basically can_be identified by location and_connection_type_(intra-computer storage, direct attached storage_(DAS), IP, channel networks, etc.) and_by the method_that data is accessed. There are three_basic_types of storage architectures to consider_in_connection with methods of data access:_Block_Access,_File Access, and Object Access.
In_block mode access architecture, the communication_between a server/client and a storage medium occurs in_terms of blocks;_information is pulled block by_block_directly_from the disk. The operation system keeps track of where_each piece_of information is_on the disk, while the storage medium is usually not_aware of the file system used to_organize the data on the device. When data need to be_read or updated, the data are directly accessed_from the disk by that processor which_knows where each block_of_data is located