 quality, effectiveness, and credibility. The role of the Arbitration Council remains significant because dispute resolution methods, including asking international buyers to put pressure on manufacturers, the change from collective disputes to individual disputes, demonstrations, re-negotiations with the employer, or holding cases without proceeding, are ineffective and unsustainable.
The second panel discussion session presented solutions responding to some challenges mentioned at the first session to ensure that disputes are resolved effectively in a timely fashion. Mr. Hans HWANG presented the possibility of direct access to the Arbitration Council by agreement of the disputing parties to proceed directly to the Arbitration Council without first going through conciliation at the MoLVT.
through their financial contributions. Therefore, government regulations and a written tripartite agreement are needed. Because establishment of the regulations and the said agreement will be time-consuming, in the short run, the ACF and AC must continue to depend on international development partners and foreign aid on a temporary basis.
This conference was made possible through the support of the Swedish International Development Cooperation Agency (SIDA), USAID, GAP Inc., and the Levi Strauss Foundation.
Simone Beasley (Hospitality Management), Kajuana Hollis (Psychology), and Kennady Wright (Hospitality Management) hosted a panel discussion to explore the impact of stereotypes on people within the African Diaspora. The panelists were Tatiyana Gilbert (Kinesiology), Aaliyah Galwey (Education), Deshawn Johnson (Sociology), Mary Whitehead (Student Diversity and Social Justice), Micahela Mobley (Housing and Residence Life), and Kevin Wright (Student Diversity and Social Justice).Six-time Sprint Cup champion Jimmie Johnson set the early bar for this weekend’s opening race of the Chase for the Sprint Cup, leading Friday’s sole practice session at Chicagoland Speedway.
Johnson (183.780 mph) was one of two drivers that topped 183 mph around the 1.5-mile track located 50 miles southwest of downtown Chicago.
Carl Edwards was second-fastest at 183.299 mph.
Denny Hamlin, who won last week at Richmond, was third fastest (182.927), followed by Brad Keselowski (182.655), Chase Elliott (182.568), Alex Bowman (182.285), Martin Truex Jr. (182.106), Kyle Larson (182.045), Ryan Blaney (182.045) and Kyle Busch (181.990).
There will be two more Sprint Cup practice sessions on Saturday: 10:25 a.m. ET and 1:20 p.m. ET.
Friday’s Sprint Cup qualifying was cancelled due to weather earlier in the day. Kyle Busch and Brad Keselowski will start Sunday’s race from the front row, based upon point standings entering the Chase opener.
The Teenage Mutant Ninja Turtles 400 race takes place Sunday with the green flag scheduled for 2:30 p.m. ET.
It is crucial to understand exactly why you make the task of telling their story. Also, decide who your audience will be and if you want to start at the beginning – birth, or start any time between when you find something worthwhile to write an autobiography and wants to proceed in chronological order or tell the most interesting events of his life only.how to write a autobiography Let your mind wander through the stages of your life you want to cover. Write down everything that comes to mind.
This entry was posted in autobiography, how, how to write a autobiography, write and tagged autobiography, how, how to write a autobiography, write on January 3, 2014 by chrissjonss.#include "mex.h"

void mexFunction(int nlhs, mxArray *plhs[], int nrhs, const mxArray
		 *prhs[]) 
{
  double *pn, *pi, *pj, *pm, *y, *ecElts, *pcpt, *famElts, *strideElts,
    *ev, *nsElts;
  int i, k, j, m, n;
  mxArray *ec, *cpt, *fam, *ns;
  int c1, famSize, nsj;
  int strideStride, startInd, stride, pos, numNodes;

  const int BNET = 0;
  const int STATE = 1;
  const int STRIDES = 6;
  const int FAMILIES = 7;
  const int CPT = 8;

  pn = mxGetPr(prhs[3]);
  n = (int) pn[0];
  pi = mxGetPr(prhs[2]);
  i = (int) pi[0];
  pj = mxGetPr(prhs[4]);
  j = (int) pj[0];
  pm = mxGetPr(prhs[5]);
  m = (int) pm[0];
  ev = mxGetPr(prhs[STATE]);
  ns = mxGetField (prhs[BNET], 0, "node_sizes");
  nsElts = mxGetPr (ns);
  numNodes = mxGetM(ns);

  strideStride = mxGetM(prhs[STRIDES]);
  strideElts = mxGetPr(prhs[STRIDES]);


  
  /* Treat the case n = 1 separately */
  if (pn[0] == 1) {

    /* Get the appropriate CPT */
    ec = mxGetField (prhs[BNET], 0, "eclass1");
    ecElts = mxGetPr(ec);
    k = (int) ecElts[i-1];
    cpt = mxGetCell (prhs[8], k-1);
    pcpt = mxGetPr(cpt);

    nsj = (int) nsElts[j-1];

    /* Get the correct family vector */
    /* (Note : MEX is painful) */
    fam = mxGetCell (prhs[FAMILIES], i - 1);
    famSize = mxGetNumberOfElements(fam);
    famElts = mxGetPr(fam);


    /* Figure out starting position and stride */
    startInd = 0;
    for (c1 = 0, pos = k-1; c1 < famSize; c1++, pos+=strideStride) {
      if (famElts[c1]!= j) {
	startInd += strideElts[pos]*(ev[(int)famElts[c1]-1]-1);
      }
      else {
	stride = strideElts[pos];
      }
    }
    
    plhs[0] = mxCreateDoubleMatrix (1, nsj, mxREAL);
    y = mxGetPr(plhs[0]);
    for (c1 = 0, pos = startInd; c1 < nsj; c1++, pos+=stride) {
      y[c1] = pcpt[pos];
    }
  }

  /* Handle the case n > 1 */
  else {

    /* Get the appropriate CPT */
    ec = mxGetField (prhs[BNET], 0, "eclass2");
    ecElts = mxGetPr(ec);
    k = (int) ecElts[i-1];
    cpt = mxGetCell (prhs[8], k-1);
    pcpt = mxGetPr(cpt);

    /* Figure out size of slice */
    if (m == 1) {
      nsj = (int) nsElts[j-1];
    }
    else {
      nsj = (int) nsElts[j-1+numNodes];
    }

    /* Figure out family */
    fam = mxGetCell (prhs[FAMILIES], i - 1 + numNodes);
    famSize = mxGetNumberOfElements(fam);
    famElts = mxGetPr(fam);
    
    startInd = 0;
    for (c1 = 0, pos = k-1; c1 < famSize; c1++, pos+=strideStride) {
      int f = (int) famElts[c1];

      if (((f == j+numNodes) && (m == n)) || ((f == j) && (m ==
							    n-1))) {
	stride = strideElts[pos];
      }
      else {
	startInd += strideElts[pos] * (ev[f-1+((n-2)*numNodes)]-1);
      }
    }

    plhs[0] = mxCreateDoubleMatrix(1,nsj, mxREAL);
    y = mxGetPr(plhs[0]);
    for (c1 = 0, pos = startInd; c1 < nsj; c1++, pos+=stride) {
      y[c1] = pcpt[pos];
    }
  }