computer vision api ocr c#

modi ocr c#

c# read ocr pdf

free ocr api for c#

opencv ocr c#,
best ocr api for c#,
ocr algorithm c#,
tesseract ocr c# image to text,
c# ocr library open source,
asprise ocr c#,
emgu cv ocr c# example,

c# windows.media.ocr,
c# google ocr example,
zonal ocr c#,
c# ocr pdf file,
c# ocr tesseract,
c# free ocr library,
tesseract ocr c# code project,
c# read ocr pdf,
abbyy ocr sdk c#,
c# pdf ocr library,
c# ocr library open source,
tesseract ocr c# nuget,
c# windows.media.ocr,
c# ocr image to text open source,

aspose ocr c# example,
c# ocr barcode open source,
c# winforms ocr,
c# ocr api open source,
how to implement ocr in c#,
google ocr api c#,
microsoft ocr api c#,
c# windows ocr,
c# ocr image to text,
ocr sdk open source c#,
how to implement ocr in c#,
c# ocr nuget,
ocr sdk for c#.net,
how to implement ocr in c#,
tesseract ocr pdf to text c#,
asprise ocr c#,
read text from image c# without ocr,
simple ocr c#,
asprise-ocr-api c# example,
c# windows form ocr,
asprise ocr c#,
best free ocr library c#,
ocr sdk c#,
ocr in c#,
c# ocr pdf image,
ocr machine learning c#,
microsoft.windows.ocr c# sample,
best ocr sdk c#,
c# read ocr pdf,
ocr machine learning c#,
ocr sdk for c#.net,
c# best free ocr,
opencv ocr c#,
c# ocr image to text,
ocr machine learning c#,
c# tesseract ocr pdf,
c# tesseract ocr example,
tesseract ocr api c#,
open source ocr library c#,
best ocr sdk c#,
microsoft ocr c# example,
c# modi ocr example,
emgu cv ocr c# example,
c# free ocr api,
windows.media.ocr example c#,
best c# ocr library,
onenote ocr c# example,
simple ocr c#,

tracts, medial longitudinal fasciculi, pontine nuclei, vestibular and cochlear nuclei, descending hypothalamospinal sympathetic bers, and the third through eighth cranial nerves (the nuclei and their segments within the brainstem) The complete basilar syndrome comprises bilateral long tract signs (sensory and motor) with variable cerebellar, cranial nerve, and other segmental abnormalities of the brainstem Often the patient is comatose because of ischemia of the high midbrain reticular activating system Others are mute and quadriplegic but conscious, re ecting interruption of descending motor pathways in the base of the pons but sparing of the reticular activating system ( lockedin syndrome; see page 305) Midbasilar disease may also cause coma if the posterior communicating arteries are inadequate to perfuse the distal basilar artery territory In the presence of the full syndrome, it is usually not dif cult to make the correct diagnosis The aim should be, however, to recognize basilar insuf ciency long before the stage of total de cit has been reached The early manifestations (in the form of TIAs) occur in many combinations, described in detail further on (page 692) Basilar Branch Occlusion Occlusion of branches at the bifurcation (top) of the basilar artery results in a remarkable number of complex syndromes that include, in various combinations, somnolence or coma, memory defects, akinetic mutism, visual hallucinations, ptosis, disorders of ocular movement (convergence spasm, paralysis of vertical gaze, retraction nystagmus, pseudoabducens palsy, retraction of upper eyelids, skew deviation of the eyes), an agitated confusional state, and visual defects These have been reviewed by Petit and coworkers and Castaigne and associates as paramedian thalamic, subthalamic, and midbrain infarction syndromes and by Caplan as the top of the basilar syndrome The main signs of occlusion of the superior cerebellar artery are ipsilateral cerebellar ataxia of the limbs (middle and/or superior cerebellar peduncles); nausea and vomiting; slurred speech; and loss of pain and thermal sensation over the opposite side of the body (spinothalamic tract) Partial deafness, static tremor of the ipsilateral upper extremity, an ipsilateral Horner syndrome, and palatal myoclonus have also been reported, but we have not seen these With occlusion of the anteroinferior cerebellar artery (AICA), the extent of the infarct is extremely variable, since the size of this artery and the territory it supplies vary inversely with the size and territory of supply of the posteroinferior cerebellar artery (PICA) The principal ndings are vertigo, vomiting, nystagmus, tinnitus and sometimes unilateral deafness; facial weakness; ipsilateral cerebellar ataxia (inferior or middle cerebellar peduncle); an ipsilateral Horner syndrome and paresis of conjugate lateral gaze; and contralateral loss of pain and temperature sense of the arm, trunk, and leg (lateral spinothalamic tract) The tinnitus may be overwhelming, called screaming by some of our patients If the occlusion is close to the origin of the artery, the corticospinal bers may also be involved, producing a hemiplegia; if distal, there may be cochlear and labyrinthine infarction Cerebellar swelling has not occurred in our cases or in the 20 collected by Amarenco and Hauw The most characteristic manifestation of all these branch or division brainstem infarcts is the crossed cranial nerve and long tract sensory or motor de cit These crossed syndromes, which may involve cranial nerves III through XII, are listed in Table 34-3 Although the nding of bilateral neurologic signs strongly suggests brainstem involvement, it must be emphasized that in many instances of infarction within the basilar territory, the signs are lim-.

13:

f(ril+f@r)

Weber syndrome III III Red nucleus and brachium conjunctivum Red nucleus, corticospinal tract, and brachium conjunctivum Superior cerebellar peduncles Corticospinal tract

foreach $id (sort keys %db) { ($lastname, $firstname, $email) = split(/,/,$db{$id}); print "$id: lastname: $lastname\n"; print "$id: firstname: $firstname\n"; print "$id: email: $email\n"; } untie %db || die "Can't close DB File, $!"; PROGRAMMING WITH PERL

f (u) + f (r) * " r h ,l G, t) * 1(x,,) ,

Vascular occlusion, tumor, aneurysm Vascular occlusion, tumor, aneurysm Infarct, hemorrhage, tuberculoma, tumor

In this example, the database is populated using a simple numeric key, with the data added via a join using a comma as the delimiter To print the information you ve just stored, you work through the database and, using split, place each field s data into individual variables, which you then print As you know, however, delimited text requires very careful selection of the delimiter to ensure that the information is stored correctly Here is the same result using pack and fixed-length records, which gets around this problem

whereft; : the width of segment Note that this was the sameapproach i usedfor thecompositetrapezoidal ruleThe only difference and( 1730) that ft's between Eqs( 1716) is the in the formel are constant E X A M P L E2 6 I T r o p e z o i d o lR u l ew i t h l ' l 1 s ^ " ^ l s a a m a n l c Problem Stotemeni The informationin Table 173was generated usingthesame polynomialemployed Example171Use Eq ( 1730) determine integral thisdata in the to for Recallthat the correctanswer 1640533 is TABTE 173 Doto for "f(r) : 02 + 25x - 200x2 67513 9O0ra 400"t', I + with uneguolly spoced volues :r of

Oculomotor palsy with crossed hemiplegia Oculomotor palsy with contralateral cerebellar ataxia and tremor Oculomotor palsy with contralateral cerebellar ataxia, tremor, and corticospinal signs Ocular palsies, paralysis of gaze, and cerebellar ataxia Paralysis of upward gaze and accommodation; xed pupils

use Fcntl; use GDBM_File; tie %db, 'GDBM_File', 'Test_GDBM', O_CREAT|O_RDWR, 0644 || die "Can't open DB File, $!"; $db{'email-pstr'} = 'a10a10a30'; $db{'email-fields'} = join(',', qw/Lastname Firstname Email/); $db{'email-1'} = pack($db{'email-pstr'},qw/Brown Martin mc@mcwordscom/); $db{'email-2'} = pack($db{'email-pstr'},qw/Foo Bar foo@foobarcom/); $db{'email-3'} = pack($db{'email-pstr'},qw/Bar Foo bar@barfoocom/); @fieldnames = split(/,/,$db{'email-fields'}); foreach $id (sort grep(/^email-[0-9]+/,keys %db)) { @fields = unpack($db{'email-pstr'},$db{$id}); for($i=0;$i<@fields;$i++) { $id =~ s/email\-//; print "$id: $fieldnames[$i]: $fields[$i]\n"; }

Parinaud syndrome Supranuclear mechanism for upward gaze and other structures in periaqueductal gray matter VII and often VI Corticospinal tract

f (-x)

} untie %db || die "Can't close DB File, $!"

681 X X, XII Spinal V, IX, X, XI Lateral spinothalamic tract Descending pupillodilator bers Spinocerebellar and olivocerebellar tracts

I :012

use Fcntl; use GDBM_File;

Facial and abducens palsy and contralateral hemiplegia; sometimes gaze palsy to side of lesion Paralysis of soft palate and vocal cord and contralateral hemianesthesia Spinothalamic tract; sometimes descending pupillary bers, with Bernard-Horner syndrome Corticospinal tract

tie %db, 'GDBM_File', 'Test_GDBM', O_CREAT|O_RDWR, 0644; || die "Can't open DB File, $!"; $db{1} = 'Record'; $db{1}{lastname} = 'Brown'; $db{1}{firstname} = 'Martin'; $db{1}{email} = 'mc@mcwordscom'; $db{2}{lastname} = 'Foo'; $db{2}{firstname} = 'Bar'; $db{2}{email} = 'foo@foobarcom'; $db{3}{lastname} = 'Bar'; $db{3}{firstname} = 'Foo'; $db{3}{email} = 'bar@barfoocom';

+ 2161 0 212 ++Ot0:_::'lj:_:::=t-s9-1801 perceut which represents absolute relative an errorof t :28Vc

Avellis syndrome plus ipsilateral tongue paralysis Ipsilateral V, IX, X, XI palsy, Horner syndrome and cerebellar ataxia; contralateral loss of pain and temperature sense