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Join us for two days of key updates, best practices, and actionable mitigation strategies for companies under FOCI. Learn More--> The Defense Counterintelligence Security Agency (DCSA) is increasing its scrutiny and compliance expectations in the wake of significant new and anticipated developments. With so much on the line and a greater emphasis on the “I” in FOCI, don’t miss key takeaways and best practices for handling critically important, high stakes challenges, including: Special Remarks: The State of DCSA – Expectations and Priorities: Key Updates on the Agency’s Organizational Structure, Filing Timelines and Quality Management Plan; The Heightened DCSA Focus on the “I” in FOCI: New Reporting and More Expectations Affecting DCSA Approvals; Mitigating Risks Posed by Foreign and Dual Citizenship of Employees and Others: What Has (and Hasn’t) Yielded DCSA Approval and The Newest Best Practices for Moving Forward; Using Proxy and Voting Trust Agreements Instead of SCAs and SSAs: The Newest, Lessor Known Considerations, Timelines and Processes; and The Increasing Overlap of FOCI and CFIUS: Evolving Considerations Affecting Filings, Reviews, Mitigation Agreements – and Your Strategy for Managing Concurrent Processes. 2024 Keynote Speaker Jeffrey P. Spinnanger Director, Information and Acquisition Protection, OUSD (I&S)U.S. Department of Defense 2024 Conference Co-Chairs Richard Ray FSO / TCO / ITPSOEutelsat America Corp. Heather L. Finstuen PartnerCovington & Burling LLP --> Engage in Critically Important Discussions on Pressing, High Stakes Issues Cybersecurity Mitigation and CUI Preparing for your CMMC Assessment and Ensuring Your FOCI Company Can Demonstrate Compliance Vulnerability Assessments and Self-Inspections What Can Generate the Best Possible Outcome – and What Has Fallen Short The Nuanced Roles of Outside Director and Proxy Holder Roles Balancing Stakeholder and National Security Interests FOCI and Cybersecurity Breach Action Plan Tailoring Your Incident Response to Meet Mitigation Security Requirements and Breach Policy Business and Security Leaders Panel The Role of C-Level Executives in FOCI Mitigated Companies View Agenda--> Who You Will Meet Vice Presidents and Directors of: Global Corporate & Industrial Security Export Controls Acquisition Policy Government Contracts, Compliance & Relations Corporate Professionals: Directors Board Directors Outside Directors Proxy Holders Chief Information Security Officer Facility Security Officer (FSO) Rick Management/Practice Officer Attorneys, Accountants and Consultants Specializing in: Government Contracts National and Homeland Security CFIUS Export Controls International Trade M&A and Joint Ventures Foreign Investment Private Equity & Hedge Funds View Past Attendees--> CLE Accreditation Accreditation will be sought in those jurisdictions requested by the registrants which have

Vertical. For example, the principal meridian at 50 degrees and 140 degrees. Oblique astigmatism is classified as symmetrical and complementary oblique astigmatism.Symmetrical: similar type of oblique astigmatism in both eyes. For instance, a cylindrical lens required at 35 degrees in both eyes.Complementary: opposite type of oblique astigmatism in two eyes. For example, a cylindrical lens required at 35 degrees in one eye and 145 degrees in another eye.Irregular astigmatism in the eyeIrregular astigmatism is characterized by an irregular change of refractive power in multiple meridians with no geometrical analysis. It is not possible to identify principle meridians.Irregular astigmatism is an outcome of the irregular corneal surface, and it can’t be corrected satisfactorily with eyeglasses. Rigid contact lenses are good choices for irregular astigmatism correction.Based on the focus of principle meridians, astigmatic eyes are classified as:Myopic AstigmatismSimple myopicHere, one of the focuses of rays falls on the retina and the other focus falls in front of the retina. So, one meridian is emmetropic (without refractive error) while the other is myopic.Compound myopicIn compound myopic astigmatism, both foci of rays fall in front of the retina but not at the same point. So, both meridians are myopic of different strengths.Hyperopic AstigmatismSimple hyperopicHere, one of the focus of rays falls behind the retina and the other focus falls on the retina. So, one meridian is emmetropic (without refractive error) while the other is hyperopic.Compound hyperopicIn compound hyperopic astigmatism, both foci of rays fall behind the retina but not at the same point. So, both meridians are hyperopic of different strengths.Mixed AstigmatismIn mixed astigmatism, one of the two principal foci lies in front of the retina while the other focus lies behind the retina. So, in one meridian the eye is hyperopic, and in another meridian myopic. It can be either with the rule or against-the-rule astigmatism.The severity of astigmatism is classified as follows:Mild – less than 1.00DModerate – 1.00 to 2.00DSevere – 2.00 to 3.00DExtreme – greater than 3.00DSigns and SymptomsWhat is an astigmatism sign, symptom? The type of symptoms seen in astigmatic may vary depending on the types of astigmatism. These are

Results in changes in conductivity. Therefore, the calculation of the source region field requires a coupled solution of Maxwell’s equations and the air ionization equations [20].The Maxwell’s equations under the CGS-G (centimeter-gram-second-gauss) unit system are as follows: { 1 c ∂ B ∂ t = − ∇ × E μ ε c ∂ E ∂ t + 4 π μ ( σ E + J ) = ∇ × B (1) Here, c represents the speed of light in a vacuum, E represents the electric field strength, B represents the magnetic flux density, J is the current density, σ is the electrical conductivity of the medium, ε and μ mean the permittivity and permeability, respectively.The study employs a rotating ellipsoidal hyperbolic orthogonal coordinate system ( ξ , ζ , φ ), as illustrated in Figure 3. The explosion point is located at one of the foci of the rotating ellipsoid, while the ground is situated on the perpendicular plane of the major axis of the rotating ellipsoid. The advantages of the rotating ellipsoidal–hyperbolic orthogonal coordinate system are that the ground serves as one of the surfaces of ξ = 0 , facilitating the handling of ground connection conditions. Furthermore, the explosion point is located at one of the foci of the rotating ellipsoidal–hyperbolic orthogonal coordinate system. The sphere centered at this focus is a significant auxiliary surface, which can be easily represented using the ( ξ , ζ ) spatial straight line.The simulation of electromagnetic fields in the source region

The disease, whereas a width of 9 to 11 mm is equivocal. Other findings that may suggest the diagnosis include poorly defined margins of the junctional zone and foci of high signal intensity on T1W or T2W sequences that indicate the presence of endometrial cysts (Figure 11). The foci of high signal may represent ectopic endometrium, cystically dilated endometrial glands, or hemorrhage.27-29 Contrast administration has been shown to be of very little benefit in the diagnosis of adenomyosis. Distinguishing between focal adenomyosis and leiomyomas is reliably achieved with MRI, and we now know that these conditions often coexist.29 Unlike leiomyomas, a focal area of adenomyosis will have indistinct margins and extend subjacent to the myometrium. The signal characteristics will otherwise be the same as with the diffuse form of the disease. Treatment implications for focal adenomyosis and leiomyoma differ, however, so accurate diagnosis is important. Uterine endometrial pathology Endometrial thickening seen at ultrasound is a nonspecific finding.30 For years, endometrial biopsy was the diagnostic standard for differentiating benign causes, such as polyps and leiomyomas, from endometrial carcinoma. However, benign abnormalities far outnumber cancer in these situations.30 Other problems with biopsy include vaginal or cervical stenosis and difficulty in obtaining an adequate specimen. MRI can be helpful in further differentiating these lesions. Endometrial polyps Endometrial polyps typically present with postmenopausal bleeding, particularly in patients on tamoxifen therapy. Transvaginal ultrasound has high sensitivity and specificity for endometrial polyps.31,32 Sonohysterography is the most sensitive and specific imaging modality. On MRI, endometrial polyps are